https://wiki.makerfx.org/api.php?action=feedcontributions&feedformat=atom&user=Jstutz 2026-05-05T14:46:19Z User contributions MediaWiki 1.31.0 https://wiki.makerfx.org/index.php?title=Laser_Epilog&diff=1244 2018-06-12T02:56:36Z

<p>Jstutz: /* How To */</p> <hr /> <div>[[File:Laser_zone_Photo.gif|250px|thumb|right|Laser Zone]]<br /> <br /> Point Of Contact @JStutz on [https://MakerFX.Slack.com Slack] or by e-mail at james_stutz@hotmail.com<br /> <br /> =General Policies for the Laser Zone=<br /> <br /> If you have a question / problem, etc. Please start by reading the manual (it is in the desk and linked on this page) or by posting in #mfx-laser in Slack. If you cannot resolve the issue, use the point of contact at the top of this page. <br /> <br /> Minors can only operate the laser under MakerFX member adult supervision.<br /> <br /> DO NOT cut unknown materials in the laser. Read below for a good list of materials that can be used safely in the laser.<br /> <br /> DO NOT USE THE AUTOFOCUS FEATURE. It is known to crash the head on this model.<br /> <br /> DO NOT hit Stop and then immediately reset, it will lock the laser and require a reboot.<br /> <br /> =Equipment=<br /> *[[Epilog Legend 36EXT 50 Watt Laser Engraver]]<br /> <br /> Need to add air compressor, blower fan, laser computer, etc here.<br /> <br /> =How To=<br /> (Please help complete these...)<br /> <br /> *[https://docs.google.com/presentation/d/1Aqxo_aGHJ_pXV5MpzKr3qgzM4k1B4hVfbHngCiSe6So/edit?usp=sharing Jamie's Training Slides] - (WORK IN PROGRESS) Slides from Jamie's Intro to Laser class<br /> *[[How to focus the Epilog Laser]]<br /> *[[How to use the Epilog Laser Rotary Tool]]<br /> *[[How to use the front access of the Epilog Laser]] - for cutting materials bigger than 36x24. <br /> *[[How to use Epilog Job Manager]]<br /> *[[How to Make a T-shirt with Polyurethane Heat Transfer Film using the Epilog Laser]]<br /> <br /> =Consumables=<br /> ===Safe Materials To Engrave===<br /> Many types of materials are safe to engrave with the laser. The list below are some of the common materials that can be used. If you are ever in doubt about a material, ASK before using: <br /> *Untreated woods<br /> *Paper and card stock<br /> *Untreated Leather (treated leather has the potential for producing toxic gases) <br /> *Glass<br /> *Ceramic<br /> *Granite<br /> *Acrylic<br /> *Polyurethane Film - Certain brands of Heat transfer &quot;vinyl&quot; or perhaps better called Heat Transfer Film (HTF) are polyurethane and can be cut on the laser, but you MUST be sure you are not cutting vinyl. See here for a list of materials manufactured by [[Polyurethane based Siser products]] that can be safely used in the laser. <br /> <br /> [http://atxhackerspace.org/wiki/Laser_Cutter_Materials Laser Cutter Materials] - Great table of materials that can or cannot be cut in the laser from ATX Hackerspace.<br /> <br /> ===DANGEROUS Materials===<br /> While there are many safe materials to use in the laser, there are some that are very dangerous. Many plastics and even some other materials that have been chemically treated have the potential of producing chlorine gas and other toxins when burned. These gases can be both very poisonous to those around the laser, but also very corrosive causing severe damage to the equipment. If you are unsure of a material, ask another member. It is best to be overcautious about the materials you choose. There are ways to identify materials, one of which is a burn test as described in this post called [http://hackaday.com/2015/03/14/how-to-identify-plastics-before-laser-cutting-them/ How to Identify Plastics Before Laser Cutting Them].<br /> <br /> DO NOT CUT PVC<br /> <br /> DO NOT CUT ANYTHING WITH VINYL<br /> <br /> DO NOT CUT UNKNOWN PLASTICS OR FILMS<br /> <br /> ===Other Useful Materials===<br /> The following are other useful materials to have on hand while using the laser: <br /> *'''Alcohol wipes or Isopropyl Alcohol''' - for cleaning off the discoloration after lasering. If you do a lot of laser jobs, please buy a tub of the isopropyl wipes (can get at CVS, etc.)<br /> *'''Masking tape''' - for preventing discoloration. We've used Blue tape before, but some say you shouldn't use it. If you can find facts on that - please link :)<br /> <br /> =Maintenance=<br /> *[[Laser Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[Laser Zone Maintenance Log|Maintenance Log]]<br /> <br /> =Useful Laser Links=<br /> *[https://www.nova-labs.org/wiki/laser_cutter_start_page Nova Labs Laser Wiki Page] - Includes links to classes and other ideas like creating edge-lit signs<br /> <br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=Laser_Epilog&diff=1243 2018-06-12T02:56:19Z

<p>Jstutz: /* How To */</p> <hr /> <div>[[File:Laser_zone_Photo.gif|250px|thumb|right|Laser Zone]]<br /> <br /> Point Of Contact @JStutz on [https://MakerFX.Slack.com Slack] or by e-mail at james_stutz@hotmail.com<br /> <br /> =General Policies for the Laser Zone=<br /> <br /> If you have a question / problem, etc. Please start by reading the manual (it is in the desk and linked on this page) or by posting in #mfx-laser in Slack. If you cannot resolve the issue, use the point of contact at the top of this page. <br /> <br /> Minors can only operate the laser under MakerFX member adult supervision.<br /> <br /> DO NOT cut unknown materials in the laser. Read below for a good list of materials that can be used safely in the laser.<br /> <br /> DO NOT USE THE AUTOFOCUS FEATURE. It is known to crash the head on this model.<br /> <br /> DO NOT hit Stop and then immediately reset, it will lock the laser and require a reboot.<br /> <br /> =Equipment=<br /> *[[Epilog Legend 36EXT 50 Watt Laser Engraver]]<br /> <br /> Need to add air compressor, blower fan, laser computer, etc here.<br /> <br /> =How To=<br /> (Please help complete these...)<br /> <br /> *[https://docs.google.com/presentation/d/1Aqxo_aGHJ_pXV5MpzKr3qgzM4k1B4hVfbHngCiSe6So/edit?usp=sharing Jamie's Training Slides] - Slides from Jamie's Intro to Laser class<br /> *[[How to focus the Epilog Laser]]<br /> *[[How to use the Epilog Laser Rotary Tool]]<br /> *[[How to use the front access of the Epilog Laser]] - for cutting materials bigger than 36x24. <br /> *[[How to use Epilog Job Manager]]<br /> *[[How to Make a T-shirt with Polyurethane Heat Transfer Film using the Epilog Laser]]<br /> <br /> =Consumables=<br /> ===Safe Materials To Engrave===<br /> Many types of materials are safe to engrave with the laser. The list below are some of the common materials that can be used. If you are ever in doubt about a material, ASK before using: <br /> *Untreated woods<br /> *Paper and card stock<br /> *Untreated Leather (treated leather has the potential for producing toxic gases) <br /> *Glass<br /> *Ceramic<br /> *Granite<br /> *Acrylic<br /> *Polyurethane Film - Certain brands of Heat transfer &quot;vinyl&quot; or perhaps better called Heat Transfer Film (HTF) are polyurethane and can be cut on the laser, but you MUST be sure you are not cutting vinyl. See here for a list of materials manufactured by [[Polyurethane based Siser products]] that can be safely used in the laser. <br /> <br /> [http://atxhackerspace.org/wiki/Laser_Cutter_Materials Laser Cutter Materials] - Great table of materials that can or cannot be cut in the laser from ATX Hackerspace.<br /> <br /> ===DANGEROUS Materials===<br /> While there are many safe materials to use in the laser, there are some that are very dangerous. Many plastics and even some other materials that have been chemically treated have the potential of producing chlorine gas and other toxins when burned. These gases can be both very poisonous to those around the laser, but also very corrosive causing severe damage to the equipment. If you are unsure of a material, ask another member. It is best to be overcautious about the materials you choose. There are ways to identify materials, one of which is a burn test as described in this post called [http://hackaday.com/2015/03/14/how-to-identify-plastics-before-laser-cutting-them/ How to Identify Plastics Before Laser Cutting Them].<br /> <br /> DO NOT CUT PVC<br /> <br /> DO NOT CUT ANYTHING WITH VINYL<br /> <br /> DO NOT CUT UNKNOWN PLASTICS OR FILMS<br /> <br /> ===Other Useful Materials===<br /> The following are other useful materials to have on hand while using the laser: <br /> *'''Alcohol wipes or Isopropyl Alcohol''' - for cleaning off the discoloration after lasering. If you do a lot of laser jobs, please buy a tub of the isopropyl wipes (can get at CVS, etc.)<br /> *'''Masking tape''' - for preventing discoloration. We've used Blue tape before, but some say you shouldn't use it. If you can find facts on that - please link :)<br /> <br /> =Maintenance=<br /> *[[Laser Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[Laser Zone Maintenance Log|Maintenance Log]]<br /> <br /> =Useful Laser Links=<br /> *[https://www.nova-labs.org/wiki/laser_cutter_start_page Nova Labs Laser Wiki Page] - Includes links to classes and other ideas like creating edge-lit signs<br /> <br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=Laser_Epilog&diff=1242 2018-06-12T02:46:13Z

<p>Jstutz: /* How To */</p> <hr /> <div>[[File:Laser_zone_Photo.gif|250px|thumb|right|Laser Zone]]<br /> <br /> Point Of Contact @JStutz on [https://MakerFX.Slack.com Slack] or by e-mail at james_stutz@hotmail.com<br /> <br /> =General Policies for the Laser Zone=<br /> <br /> If you have a question / problem, etc. Please start by reading the manual (it is in the desk and linked on this page) or by posting in #mfx-laser in Slack. If you cannot resolve the issue, use the point of contact at the top of this page. <br /> <br /> Minors can only operate the laser under MakerFX member adult supervision.<br /> <br /> DO NOT cut unknown materials in the laser. Read below for a good list of materials that can be used safely in the laser.<br /> <br /> DO NOT USE THE AUTOFOCUS FEATURE. It is known to crash the head on this model.<br /> <br /> DO NOT hit Stop and then immediately reset, it will lock the laser and require a reboot.<br /> <br /> =Equipment=<br /> *[[Epilog Legend 36EXT 50 Watt Laser Engraver]]<br /> <br /> Need to add air compressor, blower fan, laser computer, etc here.<br /> <br /> =How To=<br /> (Please help complete these...)<br /> <br /> *[https://docs.google.com/presentation/d/1Aqxo_aGHJ_pXV5MpzKr3qgzM4k1B4hVfbHngCiSe6So/edit?usp=sharing Jamie's Training Slides]<br /> *[[How to focus the Epilog Laser]]<br /> *[[How to use the Epilog Laser Rotary Tool]]<br /> *[[How to use the front access of the Epilog Laser]] - for cutting materials bigger than 36x24. <br /> *[[How to use Epilog Job Manager]]<br /> *[[How to Make a T-shirt with Polyurethane Heat Transfer Film using the Epilog Laser]]<br /> <br /> =Consumables=<br /> ===Safe Materials To Engrave===<br /> Many types of materials are safe to engrave with the laser. The list below are some of the common materials that can be used. If you are ever in doubt about a material, ASK before using: <br /> *Untreated woods<br /> *Paper and card stock<br /> *Untreated Leather (treated leather has the potential for producing toxic gases) <br /> *Glass<br /> *Ceramic<br /> *Granite<br /> *Acrylic<br /> *Polyurethane Film - Certain brands of Heat transfer &quot;vinyl&quot; or perhaps better called Heat Transfer Film (HTF) are polyurethane and can be cut on the laser, but you MUST be sure you are not cutting vinyl. See here for a list of materials manufactured by [[Polyurethane based Siser products]] that can be safely used in the laser. <br /> <br /> [http://atxhackerspace.org/wiki/Laser_Cutter_Materials Laser Cutter Materials] - Great table of materials that can or cannot be cut in the laser from ATX Hackerspace.<br /> <br /> ===DANGEROUS Materials===<br /> While there are many safe materials to use in the laser, there are some that are very dangerous. Many plastics and even some other materials that have been chemically treated have the potential of producing chlorine gas and other toxins when burned. These gases can be both very poisonous to those around the laser, but also very corrosive causing severe damage to the equipment. If you are unsure of a material, ask another member. It is best to be overcautious about the materials you choose. There are ways to identify materials, one of which is a burn test as described in this post called [http://hackaday.com/2015/03/14/how-to-identify-plastics-before-laser-cutting-them/ How to Identify Plastics Before Laser Cutting Them].<br /> <br /> DO NOT CUT PVC<br /> <br /> DO NOT CUT ANYTHING WITH VINYL<br /> <br /> DO NOT CUT UNKNOWN PLASTICS OR FILMS<br /> <br /> ===Other Useful Materials===<br /> The following are other useful materials to have on hand while using the laser: <br /> *'''Alcohol wipes or Isopropyl Alcohol''' - for cleaning off the discoloration after lasering. If you do a lot of laser jobs, please buy a tub of the isopropyl wipes (can get at CVS, etc.)<br /> *'''Masking tape''' - for preventing discoloration. We've used Blue tape before, but some say you shouldn't use it. If you can find facts on that - please link :)<br /> <br /> =Maintenance=<br /> *[[Laser Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[Laser Zone Maintenance Log|Maintenance Log]]<br /> <br /> =Useful Laser Links=<br /> *[https://www.nova-labs.org/wiki/laser_cutter_start_page Nova Labs Laser Wiki Page] - Includes links to classes and other ideas like creating edge-lit signs<br /> <br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=Polyurethane_based_Siser_products&diff=1241 2018-05-20T19:32:18Z

<p>Jstutz: Created page with &quot;Below is a list of products manufactured by Siser that show the materials composition. At this time, the EasyWeed - PU product is known to work well on the laser. All other pr...&quot;</p> <hr /> <div>Below is a list of products manufactured by Siser that show the materials composition. At this time, the EasyWeed - PU product is known to work well on the laser. All other products marked with PU '''should''' be safe, but still require testing. <br /> <br /> '''AS ALWAYS, IF YOU ARE NOT 100% SURE ABOUT THE SAFETY OF A MATERIAL, DO NOT USE IT UNLESS YOU GET APPROVAL FROM THE LASER POINT OF CONTACT OR SENIOR MEMBERS AT MAKERFX!!!!'''<br /> <br /> <br /> == KNOWN GOOD: ==<br /> The following SISER Products are known to be safe and work well on the laser: <br /> *EasyWeed – PU<br /> <br /> == STILL NEEDS TESTING ==<br /> The following Siser products are still under evaluation and should not be used without permission from the Laser Point of Contact. <br /> *Easyweed Extra – PU<br /> *EasyWeed Stretch – PU<br /> *Easyweed Electric – PU<br /> *EasyWeed Foil – PU<br /> *EasyWeed Sub Block – PU<br /> *Brick 600 – PU<br /> *CADflex – PVC<br /> *Metallic – PET<br /> *Videoflex Glitter – PU<br /> *Stripflock – PVC<br /> *Glitter – PU<br /> *Holographic – Polyester<br /> *ExtraReflex – PET<br /> *Reflectall – PU<br /> *Easy Reflective – PET<br /> *EasyWeed Adhesive – PET<br /> *EasyPatterns – PU<br /> *Metal – PET<br /> *ColorPrint PU – PU<br /> *ColorPrint soft Opaque – PU<br /> *ColorPrint Extra – PVC<br /> *ColorPrint Easy – PU<br /> *ColorPrint Sublithin - PU</div>

Jstutz https://wiki.makerfx.org/index.php?title=Laser_Epilog&diff=1240 2018-05-20T19:32:02Z

<p>Jstutz: /* Safe Materials To Engrave */</p> <hr /> <div>[[File:Laser_zone_Photo.gif|250px|thumb|right|Laser Zone]]<br /> <br /> Point Of Contact @JStutz on [https://MakerFX.Slack.com Slack] or by e-mail at james_stutz@hotmail.com<br /> <br /> =General Policies for the Laser Zone=<br /> <br /> If you have a question / problem, etc. Please start by reading the manual (it is in the desk and linked on this page) or by posting in #mfx-laser in Slack. If you cannot resolve the issue, use the point of contact at the top of this page. <br /> <br /> Minors can only operate the laser under MakerFX member adult supervision.<br /> <br /> DO NOT cut unknown materials in the laser. Read below for a good list of materials that can be used safely in the laser.<br /> <br /> DO NOT USE THE AUTOFOCUS FEATURE. It is known to crash the head on this model.<br /> <br /> DO NOT hit Stop and then immediately reset, it will lock the laser and require a reboot.<br /> <br /> =Equipment=<br /> *[[Epilog Legend 36EXT 50 Watt Laser Engraver]]<br /> <br /> Need to add air compressor, blower fan, laser computer, etc here.<br /> <br /> =How To=<br /> (Please help complete these...)<br /> <br /> *[[How to focus the Epilog Laser]]<br /> *[[How to use the Epilog Laser Rotary Tool]]<br /> *[[How to use the front access of the Epilog Laser]] - for cutting materials bigger than 36x24. <br /> *[[How to use Epilog Job Manager]]<br /> *[[How to Make a T-shirt with Polyurethane Heat Transfer Film using the Epilog Laser]]<br /> <br /> =Consumables=<br /> ===Safe Materials To Engrave===<br /> Many types of materials are safe to engrave with the laser. The list below are some of the common materials that can be used. If you are ever in doubt about a material, ASK before using: <br /> *Untreated woods<br /> *Paper and card stock<br /> *Untreated Leather (treated leather has the potential for producing toxic gases) <br /> *Glass<br /> *Ceramic<br /> *Granite<br /> *Acrylic<br /> *Polyurethane Film - Certain brands of Heat transfer &quot;vinyl&quot; or perhaps better called Heat Transfer Film (HTF) are polyurethane and can be cut on the laser, but you MUST be sure you are not cutting vinyl. See here for a list of materials manufactured by [[Polyurethane based Siser products]] that can be safely used in the laser. <br /> <br /> [http://atxhackerspace.org/wiki/Laser_Cutter_Materials Laser Cutter Materials] - Great table of materials that can or cannot be cut in the laser from ATX Hackerspace.<br /> <br /> ===DANGEROUS Materials===<br /> While there are many safe materials to use in the laser, there are some that are very dangerous. Many plastics and even some other materials that have been chemically treated have the potential of producing chlorine gas and other toxins when burned. These gases can be both very poisonous to those around the laser, but also very corrosive causing severe damage to the equipment. If you are unsure of a material, ask another member. It is best to be overcautious about the materials you choose. There are ways to identify materials, one of which is a burn test as described in this post called [http://hackaday.com/2015/03/14/how-to-identify-plastics-before-laser-cutting-them/ How to Identify Plastics Before Laser Cutting Them].<br /> <br /> DO NOT CUT PVC<br /> <br /> DO NOT CUT ANYTHING WITH VINYL<br /> <br /> DO NOT CUT UNKNOWN PLASTICS OR FILMS<br /> <br /> ===Other Useful Materials===<br /> The following are other useful materials to have on hand while using the laser: <br /> *'''Alcohol wipes or Isopropyl Alcohol''' - for cleaning off the discoloration after lasering. If you do a lot of laser jobs, please buy a tub of the isopropyl wipes (can get at CVS, etc.)<br /> *'''Masking tape''' - for preventing discoloration. We've used Blue tape before, but some say you shouldn't use it. If you can find facts on that - please link :)<br /> <br /> =Maintenance=<br /> *[[Laser Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[Laser Zone Maintenance Log|Maintenance Log]]<br /> <br /> =Useful Laser Links=<br /> *[https://www.nova-labs.org/wiki/laser_cutter_start_page Nova Labs Laser Wiki Page] - Includes links to classes and other ideas like creating edge-lit signs<br /> <br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=Polyurethane_based_Sisser_products&diff=1239 2018-05-20T19:29:19Z

<p>Jstutz: </p> <hr /> <div>Below is a list of products manufactured by Siser that show the materials composition. At this time, the EasyWeed - PU product is known to work well on the laser. All other products marked with PU '''should''' be safe, but still require testing. <br /> <br /> '''AS ALWAYS, IF YOU ARE NOT 100% SURE ABOUT THE SAFETY OF A MATERIAL, DO NOT USE IT UNLESS YOU GET APPROVAL FROM THE LASER POINT OF CONTACT OR SENIOR MEMBERS AT MAKERFX!!!!'''<br /> <br /> <br /> == KNOWN GOOD: ==<br /> The following SISER Products are known to be safe and work well on the laser: <br /> *EasyWeed – PU<br /> <br /> == STILL NEEDS TESTING ==<br /> The following Siser products are still under evaluation and should not be used without permission from the Laser Point of Contact. <br /> *Easyweed Extra – PU<br /> *EasyWeed Stretch – PU<br /> *Easyweed Electric – PU<br /> *EasyWeed Foil – PU<br /> *EasyWeed Sub Block – PU<br /> *Brick 600 – PU<br /> *CADflex – PVC<br /> *Metallic – PET<br /> *Videoflex Glitter – PU<br /> *Stripflock – PVC<br /> *Glitter – PU<br /> *Holographic – Polyester<br /> *ExtraReflex – PET<br /> *Reflectall – PU<br /> *Easy Reflective – PET<br /> *EasyWeed Adhesive – PET<br /> *EasyPatterns – PU<br /> *Metal – PET<br /> *ColorPrint PU – PU<br /> *ColorPrint soft Opaque – PU<br /> *ColorPrint Extra – PVC<br /> *ColorPrint Easy – PU<br /> *ColorPrint Sublithin - PU</div>

Jstutz https://wiki.makerfx.org/index.php?title=Polyurethane_based_Sisser_products&diff=1238 2018-05-20T19:27:13Z

<p>Jstutz: /* STILL NEEDS TESTING */</p> <hr /> <div>Below is a list of products manufactured by Sisser that show the materials composition. At this time, the EasyWeed - PU product is known to work well on the laser. All other products marked with PU '''should''' be safe, but still require testing. <br /> <br /> '''AS ALWAYS, IF YOU ARE NOT 100% SURE ABOUT THE SAFETY OF A MATERIAL, DO NOT USE IT UNLESS YOU GET APPROVAL FROM THE LASER POINT OF CONTACT OR SENIOR MEMBERS AT MAKERFX!!!!'''<br /> <br /> <br /> == KNOWN GOOD: ==<br /> The following SISSER Products are known to be safe and work well on the laser: <br /> *EasyWeed – PU<br /> <br /> == STILL NEEDS TESTING ==<br /> The following Sisser products are still under evaluation and should not be used without permission from the Laser Point of Contact. <br /> *Easyweed Extra – PU<br /> *EasyWeed Stretch – PU<br /> *Easyweed Electric – PU<br /> *EasyWeed Foil – PU<br /> *EasyWeed Sub Block – PU<br /> *Brick 600 – PU<br /> *CADflex – PVC<br /> *Metallic – PET<br /> *Videoflex Glitter – PU<br /> *Stripflock – PVC<br /> *Glitter – PU<br /> *Holographic – Polyester<br /> *ExtraReflex – PET<br /> *Reflectall – PU<br /> *Easy Reflective – PET<br /> *EasyWeed Adhesive – PET<br /> *EasyPatterns – PU<br /> *Metal – PET<br /> *ColorPrint PU – PU<br /> *ColorPrint soft Opaque – PU<br /> *ColorPrint Extra – PVC<br /> *ColorPrint Easy – PU<br /> *ColorPrint Sublithin - PU</div>

Jstutz https://wiki.makerfx.org/index.php?title=Polyurethane_based_Sisser_products&diff=1237 2018-05-20T19:26:44Z

<p>Jstutz: /* KNOWN GOOD: */</p> <hr /> <div>Below is a list of products manufactured by Sisser that show the materials composition. At this time, the EasyWeed - PU product is known to work well on the laser. All other products marked with PU '''should''' be safe, but still require testing. <br /> <br /> '''AS ALWAYS, IF YOU ARE NOT 100% SURE ABOUT THE SAFETY OF A MATERIAL, DO NOT USE IT UNLESS YOU GET APPROVAL FROM THE LASER POINT OF CONTACT OR SENIOR MEMBERS AT MAKERFX!!!!'''<br /> <br /> <br /> == KNOWN GOOD: ==<br /> The following SISSER Products are known to be safe and work well on the laser: <br /> *EasyWeed – PU<br /> <br /> == STILL NEEDS TESTING ==<br /> <br /> *Easyweed Extra – PU<br /> *EasyWeed Stretch – PU<br /> *Easyweed Electric – PU<br /> *EasyWeed Foil – PU<br /> *EasyWeed Sub Block – PU<br /> *Brick 600 – PU<br /> *CADflex – PVC<br /> *Metallic – PET<br /> *Videoflex Glitter – PU<br /> *Stripflock – PVC<br /> *Glitter – PU<br /> *Holographic – Polyester<br /> *ExtraReflex – PET<br /> *Reflectall – PU<br /> *Easy Reflective – PET<br /> *EasyWeed Adhesive – PET<br /> *EasyPatterns – PU<br /> *Metal – PET<br /> *ColorPrint PU – PU<br /> *ColorPrint soft Opaque – PU<br /> *ColorPrint Extra – PVC<br /> *ColorPrint Easy – PU<br /> *ColorPrint Sublithin - PU</div>

Jstutz https://wiki.makerfx.org/index.php?title=Polyurethane_based_Sisser_products&diff=1236 2018-05-20T19:26:09Z

<p>Jstutz: </p> <hr /> <div>Below is a list of products manufactured by Sisser that show the materials composition. At this time, the EasyWeed - PU product is known to work well on the laser. All other products marked with PU '''should''' be safe, but still require testing. <br /> <br /> '''AS ALWAYS, IF YOU ARE NOT 100% SURE ABOUT THE SAFETY OF A MATERIAL, DO NOT USE IT UNLESS YOU GET APPROVAL FROM THE LASER POINT OF CONTACT OR SENIOR MEMBERS AT MAKERFX!!!!'''<br /> <br /> <br /> == KNOWN GOOD: ==<br /> <br /> *EasyWeed – PU<br /> <br /> <br /> == STILL NEEDS TESTING ==<br /> <br /> *Easyweed Extra – PU<br /> *EasyWeed Stretch – PU<br /> *Easyweed Electric – PU<br /> *EasyWeed Foil – PU<br /> *EasyWeed Sub Block – PU<br /> *Brick 600 – PU<br /> *CADflex – PVC<br /> *Metallic – PET<br /> *Videoflex Glitter – PU<br /> *Stripflock – PVC<br /> *Glitter – PU<br /> *Holographic – Polyester<br /> *ExtraReflex – PET<br /> *Reflectall – PU<br /> *Easy Reflective – PET<br /> *EasyWeed Adhesive – PET<br /> *EasyPatterns – PU<br /> *Metal – PET<br /> *ColorPrint PU – PU<br /> *ColorPrint soft Opaque – PU<br /> *ColorPrint Extra – PVC<br /> *ColorPrint Easy – PU<br /> *ColorPrint Sublithin - PU</div>

Jstutz https://wiki.makerfx.org/index.php?title=Polyurethane_based_Sisser_products&diff=1235 2018-05-20T19:25:23Z

<p>Jstutz: </p> <hr /> <div>Below is a list of products manufactured by Sisser that show the materials composition. At this time, the EasyWeed - PU product is known to work well on the laser. All other products marked with PU '''should''' be safe, but still require testing. <br /> <br /> '''AS ALWAYS, IF YOU ARE NOT 100% SURE ABOUT THE SAFETY OF A MATERIAL, DO NOT USE IT UNLESS YOU GET APPROVAL FROM THE LASER POINT OF CONTACT OR SENIOR MEMBERS AT MAKERFX!!!!'''<br /> <br /> '''KNOWN GOOD:''' <br /> *EasyWeed – PU<br /> <br /> '''STILL NEEDS TESTING'''<br /> *Easyweed Extra – PU<br /> *EasyWeed Stretch – PU<br /> *Easyweed Electric – PU<br /> *EasyWeed Foil – PU<br /> *EasyWeed Sub Block – PU<br /> *Brick 600 – PU<br /> *CADflex – PVC<br /> *Metallic – PET<br /> *Videoflex Glitter – PU<br /> *Stripflock – PVC<br /> *Glitter – PU<br /> *Holographic – Polyester<br /> *ExtraReflex – PET<br /> *Reflectall – PU<br /> *Easy Reflective – PET<br /> *EasyWeed Adhesive – PET<br /> *EasyPatterns – PU<br /> *Metal – PET<br /> *ColorPrint PU – PU<br /> *ColorPrint soft Opaque – PU<br /> *ColorPrint Extra – PVC<br /> *ColorPrint Easy – PU<br /> *ColorPrint Sublithin - PU</div>

Jstutz https://wiki.makerfx.org/index.php?title=Polyurethane_based_Sisser_products&diff=1234 2018-05-20T19:23:16Z

<p>Jstutz: </p> <hr /> <div>Below is a list of products manufactured by Sisser that show the materials composition. At this time, the EasyWeed - PU product is known to work well on the laser. All other products marked with PU '''should''' be safe, but still require testing. <br /> <br /> '''KNOWN GOOD:''' <br /> *EasyWeed – PU<br /> <br /> '''STILL NEEDS TESTING'''<br /> *Easyweed Extra – PU<br /> *EasyWeed Stretch – PU<br /> *Easyweed Electric – PU<br /> *EasyWeed Foil – PU<br /> *EasyWeed Sub Block – PU<br /> *Brick 600 – PU<br /> *CADflex – PVC<br /> *Metallic – PET<br /> *Videoflex Glitter – PU<br /> *Stripflock – PVC<br /> *Glitter – PU<br /> *Holographic – Polyester<br /> *ExtraReflex – PET<br /> *Reflectall – PU<br /> *Easy Reflective – PET<br /> *EasyWeed Adhesive – PET<br /> *EasyPatterns – PU<br /> *Metal – PET<br /> *ColorPrint PU – PU<br /> *ColorPrint soft Opaque – PU<br /> *ColorPrint Extra – PVC<br /> *ColorPrint Easy – PU<br /> *ColorPrint Sublithin - PU</div>

Jstutz https://wiki.makerfx.org/index.php?title=Polyurethane_based_Sisser_products&diff=1233 2018-05-20T19:22:13Z

<p>Jstutz: Laser Compatibility of Sisser Products</p> <hr /> <div>Below is a list of products manufactured by Sisser that show the materials composition. At this time, the EasyWeed - PU product is known to work well on the laser. All other products marked with PU '''should''' be safe, but still require testing. <br /> <br /> '''KNOWN GOOD:''' <br /> EasyWeed – PU<br /> <br /> '''STILL NEEDS TESTING'''<br /> Easyweed Extra – PU<br /> EasyWeed Stretch – PU<br /> Easyweed Electric – PU<br /> EasyWeed Foil – PU<br /> EasyWeed Sub Block – PU<br /> Brick 600 – PU<br /> CADflex – PVC<br /> Metallic – PET<br /> Videoflex Glitter – PU<br /> Stripflock – PVC<br /> Glitter – PU<br /> Holographic – Polyester<br /> ExtraReflex – PET<br /> Reflectall – PU<br /> Easy Reflective – PET<br /> EasyWeed Adhesive – PET<br /> EasyPatterns – PU<br /> Metal – PET<br /> ColorPrint PU – PU<br /> ColorPrint soft Opaque – PU<br /> ColorPrint Extra – PVC<br /> ColorPrint Easy – PU<br /> ColorPrint Sublithin - PU</div>

Jstutz https://wiki.makerfx.org/index.php?title=Laser_Epilog&diff=1232 2018-05-20T19:15:20Z

<p>Jstutz: /* Consumables */</p> <hr /> <div>[[File:Laser_zone_Photo.gif|250px|thumb|right|Laser Zone]]<br /> <br /> Point Of Contact @JStutz on [https://MakerFX.Slack.com Slack] or by e-mail at james_stutz@hotmail.com<br /> <br /> =General Policies for the Laser Zone=<br /> <br /> If you have a question / problem, etc. Please start by reading the manual (it is in the desk and linked on this page) or by posting in #mfx-laser in Slack. If you cannot resolve the issue, use the point of contact at the top of this page. <br /> <br /> Minors can only operate the laser under MakerFX member adult supervision.<br /> <br /> DO NOT cut unknown materials in the laser. Read below for a good list of materials that can be used safely in the laser.<br /> <br /> DO NOT USE THE AUTOFOCUS FEATURE. It is known to crash the head on this model.<br /> <br /> DO NOT hit Stop and then immediately reset, it will lock the laser and require a reboot.<br /> <br /> =Equipment=<br /> *[[Epilog Legend 36EXT 50 Watt Laser Engraver]]<br /> <br /> Need to add air compressor, blower fan, laser computer, etc here.<br /> <br /> =How To=<br /> (Please help complete these...)<br /> <br /> *[[How to focus the Epilog Laser]]<br /> *[[How to use the Epilog Laser Rotary Tool]]<br /> *[[How to use the front access of the Epilog Laser]] - for cutting materials bigger than 36x24. <br /> *[[How to use Epilog Job Manager]]<br /> *[[How to Make a T-shirt with Polyurethane Heat Transfer Film using the Epilog Laser]]<br /> <br /> =Consumables=<br /> ===Safe Materials To Engrave===<br /> Many types of materials are safe to engrave with the laser. The list below are some of the common materials that can be used. If you are ever in doubt about a material, ASK before using: <br /> *Untreated woods<br /> *Paper and card stock<br /> *Untreated Leather (treated leather has the potential for producing toxic gases) <br /> *Glass<br /> *Ceramic<br /> *Granite<br /> *Acrylic<br /> *Polyurethane Film - Certain brands of Heat transfer &quot;vinyl&quot; or perhaps better called Heat Transfer Film (HTF) are polyurethane and can be cut on the laser, but you MUST be sure you are not cutting vinyl. See here for a list of materials manufactured by [[Polyurethane based Sisser products]] that can be safely used in the laser. <br /> <br /> [http://atxhackerspace.org/wiki/Laser_Cutter_Materials Laser Cutter Materials] - Great table of materials that can or cannot be cut in the laser from ATX Hackerspace.<br /> <br /> ===DANGEROUS Materials===<br /> While there are many safe materials to use in the laser, there are some that are very dangerous. Many plastics and even some other materials that have been chemically treated have the potential of producing chlorine gas and other toxins when burned. These gases can be both very poisonous to those around the laser, but also very corrosive causing severe damage to the equipment. If you are unsure of a material, ask another member. It is best to be overcautious about the materials you choose. There are ways to identify materials, one of which is a burn test as described in this post called [http://hackaday.com/2015/03/14/how-to-identify-plastics-before-laser-cutting-them/ How to Identify Plastics Before Laser Cutting Them].<br /> <br /> DO NOT CUT PVC<br /> <br /> DO NOT CUT ANYTHING WITH VINYL<br /> <br /> DO NOT CUT UNKNOWN PLASTICS OR FILMS<br /> <br /> ===Other Useful Materials===<br /> The following are other useful materials to have on hand while using the laser: <br /> *'''Alcohol wipes or Isopropyl Alcohol''' - for cleaning off the discoloration after lasering. If you do a lot of laser jobs, please buy a tub of the isopropyl wipes (can get at CVS, etc.)<br /> *'''Masking tape''' - for preventing discoloration. We've used Blue tape before, but some say you shouldn't use it. If you can find facts on that - please link :)<br /> <br /> =Maintenance=<br /> *[[Laser Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[Laser Zone Maintenance Log|Maintenance Log]]<br /> <br /> =Useful Laser Links=<br /> *[https://www.nova-labs.org/wiki/laser_cutter_start_page Nova Labs Laser Wiki Page] - Includes links to classes and other ideas like creating edge-lit signs<br /> <br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=Laser_Epilog&diff=1231 2018-05-20T19:13:16Z

<p>Jstutz: /* Consumables */</p> <hr /> <div>[[File:Laser_zone_Photo.gif|250px|thumb|right|Laser Zone]]<br /> <br /> Point Of Contact @JStutz on [https://MakerFX.Slack.com Slack] or by e-mail at james_stutz@hotmail.com<br /> <br /> =General Policies for the Laser Zone=<br /> <br /> If you have a question / problem, etc. Please start by reading the manual (it is in the desk and linked on this page) or by posting in #mfx-laser in Slack. If you cannot resolve the issue, use the point of contact at the top of this page. <br /> <br /> Minors can only operate the laser under MakerFX member adult supervision.<br /> <br /> DO NOT cut unknown materials in the laser. Read below for a good list of materials that can be used safely in the laser.<br /> <br /> DO NOT USE THE AUTOFOCUS FEATURE. It is known to crash the head on this model.<br /> <br /> DO NOT hit Stop and then immediately reset, it will lock the laser and require a reboot.<br /> <br /> =Equipment=<br /> *[[Epilog Legend 36EXT 50 Watt Laser Engraver]]<br /> <br /> Need to add air compressor, blower fan, laser computer, etc here.<br /> <br /> =How To=<br /> (Please help complete these...)<br /> <br /> *[[How to focus the Epilog Laser]]<br /> *[[How to use the Epilog Laser Rotary Tool]]<br /> *[[How to use the front access of the Epilog Laser]] - for cutting materials bigger than 36x24. <br /> *[[How to use Epilog Job Manager]]<br /> *[[How to Make a T-shirt with Polyurethane Heat Transfer Film using the Epilog Laser]]<br /> <br /> =Consumables=<br /> ===Safe Materials To Engrave===<br /> Many types of materials are safe to engrave with the laser. The list below are some of the common materials that can be used. If you are ever in doubt about a material, ASK before using: <br /> *Untreated woods<br /> *Paper and card stock<br /> *Untreated Leather (treated leather has the potential for producing toxic gases) <br /> *Glass<br /> *Ceramic<br /> *Granite<br /> *Acrylic<br /> *Polyurethane Film - Certain brands of Heat transfer &quot;vinyl&quot; or perhaps better called Heat Transfer Film (HTF) are polyurethane and can be cut on the laser, but you MUST be sure you are not cutting vinyl. See here for a list of materials manufactured by Sisser that are polyurethane (PU) based and therefore can be safely lasered. <br /> <br /> [http://atxhackerspace.org/wiki/Laser_Cutter_Materials Laser Cutter Materials] - Great table of materials that can or cannot be cut in the laser from ATX Hackerspace.<br /> <br /> ===DANGEROUS Materials===<br /> While there are many safe materials to use in the laser, there are some that are very dangerous. Many plastics and even some other materials that have been chemically treated have the potential of producing chlorine gas and other toxins when burned. These gases can be both very poisonous to those around the laser, but also very corrosive causing severe damage to the equipment. If you are unsure of a material, ask another member. It is best to be overcautious about the materials you choose. There are ways to identify materials, one of which is a burn test as described in this post called [http://hackaday.com/2015/03/14/how-to-identify-plastics-before-laser-cutting-them/ How to Identify Plastics Before Laser Cutting Them].<br /> <br /> DO NOT CUT PVC<br /> <br /> DO NOT CUT ANYTHING WITH VINYL<br /> <br /> DO NOT CUT UNKNOWN PLASTICS OR FILMS<br /> <br /> ===Other Useful Materials===<br /> The following are other useful materials to have on hand while using the laser: <br /> *'''Alcohol wipes or Isopropyl Alcohol''' - for cleaning off the discoloration after lasering. If you do a lot of laser jobs, please buy a tub of the isopropyl wipes (can get at CVS, etc.)<br /> *'''Masking tape''' - for preventing discoloration. We've used Blue tape before, but some say you shouldn't use it. If you can find facts on that - please link :)<br /> <br /> =Maintenance=<br /> *[[Laser Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[Laser Zone Maintenance Log|Maintenance Log]]<br /> <br /> =Useful Laser Links=<br /> *[https://www.nova-labs.org/wiki/laser_cutter_start_page Nova Labs Laser Wiki Page] - Includes links to classes and other ideas like creating edge-lit signs<br /> <br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=Laser_Epilog&diff=681 2017-08-09T14:26:12Z

<p>Jstutz: /* Consumables */</p> <hr /> <div>[[File:Laser_zone_Photo.gif|250px|thumb|right|Laser Zone]]<br /> <br /> Point Of Contact @JStutz on [https://MakerFX.Slack.com Slack] or by e-mail at james_stutz@hotmail.com<br /> <br /> =General Policies for the Laser Zone=<br /> <br /> =Equipment=<br /> *[[Epilog Legend 36EXT 50 Watt Laser Engraver]]<br /> <br /> =Consumables=<br /> ===Safe Materials To Engrave===<br /> Many types of materials are safe to engrave with the laser. The list below are some of the common materials that can be used. If you are ever in doubt about a material, ASK before using: <br /> *Untreated woods<br /> *Paper and card stock<br /> *Untreated Leather (treated leather has the potential for producing toxic gases) <br /> *Glass<br /> *Ceramic<br /> *Granite<br /> *Acrylic<br /> <br /> ===DANGEROUS Materials===<br /> While there are many safe materials to use in the laser, there are some that are very dangerous. Many plastics and even some other materials that have been chemically treated have the potential of producing chlorine gas and other toxins when burned. These gases can be both very poisonous to those around the laser, but also very corrosive causing severe damage to the equipment. If you are unsure of a material, ask another member. It is best to be overcautious about the materials you choose. There are ways to identify materials, one of which is a burn test as described in this post called [http://hackaday.com/2015/03/14/how-to-identify-plastics-before-laser-cutting-them/ How to Identify Plastics Before Laser Cutting Them].<br /> <br /> ===Other Useful Materials===<br /> The following are other useful materials to have on hand while using the laser: <br /> *'''Alcohol wipes or Isopropyl Alcohol''' - for cleaning off the discoloration after lasering<br /> *'''Masking tape (wide blue type)''' - for preventing discoloration<br /> <br /> =Maintenance=<br /> *[[Laser Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[Laser Zone Maintenance Log|Maintenance Log]]<br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=Laser_Epilog&diff=680 2017-08-09T14:24:01Z

<p>Jstutz: /* Consumables */</p> <hr /> <div>[[File:Laser_zone_Photo.gif|250px|thumb|right|Laser Zone]]<br /> <br /> Point Of Contact @JStutz on [https://MakerFX.Slack.com Slack] or by e-mail at james_stutz@hotmail.com<br /> <br /> =General Policies for the Laser Zone=<br /> <br /> =Equipment=<br /> *[[Epilog Legend 36EXT 50 Watt Laser Engraver]]<br /> <br /> =Consumables=<br /> ==Safe Materials To Engrave==<br /> Many types of materials are safe to engrave with the laser. The list below are some of the common materials that can be used. If you are ever in doubt about a material, ASK before using: <br /> *Untreated woods<br /> *Paper and card stock<br /> *Untreated Leather (treated leather has the potential for producing toxic gases) <br /> *Glass<br /> *Ceramic<br /> *Granite<br /> *Acrylic<br /> <br /> ==DANGEROUS Materials==<br /> While there are many safe materials to use in the laser, there are some that are very dangerous. Many plastics and even some other materials that have been chemically treated have the potential of producing chlorine gas and other toxins when burned. These gases can be both very poisonous to those around the laser, but also very corrosive causing severe damage to the equipment. If you are unsure of a material, ask another member. It is best to be overcautious about the materials you choose. There are ways to identify materials, one of which is a burn test as described in this post called [http://hackaday.com/2015/03/14/how-to-identify-plastics-before-laser-cutting-them/ How to Identify Plastics Before Laser Cutting Them].<br /> <br /> ==Other Useful Materials==<br /> *Alcohol wipes<br /> *Masking tape (wide blue type)<br /> <br /> =Maintenance=<br /> *[[Laser Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[Laser Zone Maintenance Log|Maintenance Log]]<br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=CNC_Zone&diff=658 2017-07-26T22:29:19Z

<p>Jstutz: /* Tutorials and Videos */</p> <hr /> <div>=General Policies for the CNC Zone=<br /> '''&lt;span style=&quot;color:red&quot;&gt;The use of the X-Carve CNC machine at MakerFX is limited to only those individuals who: &lt;/span&gt;'''<br /> # Have attended a training class<br /> # Been certified to use the machine<br /> # Take the necessary safety precautions such as wearing close toed shoes, safety glasses and snug fitting clothing. <br /> <br /> '''&lt;span style=&quot;color:red&quot;&gt;This machine ''can be dangerous'' if used improperly resulting in serious bodily injury or damage to the machine. Minors are prohibited from using the X-Carve CNC without the supervision of a trained and certified MakerFX member.&lt;/span&gt;'''<br /> <br /> =Equipment=<br /> *[[X-Carve 1000mm CNC Router]]<br /> [[File:Xcarve_machine.jpg|right]]<br /> <br /> =Tutorials and Videos=<br /> *[http://wiki.makerfx.org/VCarveTutorial V-Carve Tutorial]<br /> <br /> =Consumables=<br /> <br /> =Maintenance=<br /> *[[CNC Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[CNC Zone Maintenance Log|Maintenance Log]]<br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=CNC_Zone&diff=657 2017-07-26T22:28:20Z

<p>Jstutz: </p> <hr /> <div>=General Policies for the CNC Zone=<br /> '''&lt;span style=&quot;color:red&quot;&gt;The use of the X-Carve CNC machine at MakerFX is limited to only those individuals who: &lt;/span&gt;'''<br /> # Have attended a training class<br /> # Been certified to use the machine<br /> # Take the necessary safety precautions such as wearing close toed shoes, safety glasses and snug fitting clothing. <br /> <br /> '''&lt;span style=&quot;color:red&quot;&gt;This machine ''can be dangerous'' if used improperly resulting in serious bodily injury or damage to the machine. Minors are prohibited from using the X-Carve CNC without the supervision of a trained and certified MakerFX member.&lt;/span&gt;'''<br /> <br /> =Equipment=<br /> *[[X-Carve 1000mm CNC Router]]<br /> [[File:Xcarve_machine.jpg|right]]<br /> <br /> =Tutorials and Videos=<br /> <br /> =Consumables=<br /> <br /> =Maintenance=<br /> *[[CNC Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[CNC Zone Maintenance Log|Maintenance Log]]<br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=Food_Around_MakerFX&diff=656 2017-07-26T22:19:24Z

<p>Jstutz: </p> <hr /> <div>[[File:Restaurant_Page_Photo.jpg|300px|thumb|right]] <br /> <br /> Please add restaurants you like and your thoughts about the restaurants you visit.<br /> <br /> [https://www.walkscore.com/score/8600-commodity-cir-orlando-fl-32819 Food and other things around MakerFX]<br /> <br /> =Burgers=<br /> *[http://bethsburgerbar.com/menu.html Beth's Burger Bar] 9938 Universal Blvd, Orlando, FL 32819; only about 1.5 miles away. Their website says they deliver<br /> <br /> =Chinese=<br /> *[https://www.yelp.com/biz/golden-lotus-chinese-restaurant-orlando Golden Lotus] 8365 S John Young Pkwy Orlando, FL 32819 [https://goo.gl/maps/BVVcxZvPHCq Driving directions] 4 min away.<br /> <br /> =Pizza=<br /> :Delivery<br /> ::*[https://www.yelp.com/biz/pizza-hut-orlando-25?osq=Pizza+Hut Pizza Hut Delivery] 7060 International Dr Orlando, FL 32819 (407) 351-0005 Delivery Hours: Sun 11:00-11:00pm, Mon-Thu 11:00am - 12:00am, Fri-Sat 11:00-01:00am [https://goo.gl/maps/3uExjQj1uxo Directions for pickup] 11 min away<br /> ::*[https://www.yelp.com/biz/dominos-pizza-orlando-22?osq=Domino%27s+Pizza Domino's Delivery] 8957 international Drive Orlando, FL 32819 (407) 352-5522 Delivery Hours: Su-Sa 10:00am-3:00am [https://goo.gl/maps/kAsuY2rfCJ62 Directions for pickup] 10 min away<br /> ::*[https://www.yelp.com/biz/papa-johns-pizza-orlando-13?osq=Papa+John%27s+Pizza Papa John's Delivery] 5898 S Orange Blossom Trl, Orlando FL 32839 (407) 859-7272 Delivery Hours 10 a.m. to 1 a.m. [https://goo.gl/maps/gqk2h44Tn1r Directions for pickup] 12 Min away<br /> <br /> :Pickup<br /> ::*NYPD Pizza 9900 Universal Blvd, Ste 100, Orlando, FL 32819, 407-992-8990 Mon-Thurs: 11am to 10pm, Friday: 11am to 11pm, Saturday: 12pm to 11pm, Sunday: 12pm to 9pm [https://goo.gl/maps/hfWHX9VZ4zL2 Directions for driving] 5 Minutes away.<br /> <br /> =Steakhouse=<br /> *[https://www.yelp.com/biz/logans-roadhouse-orlando-2?osq=Logan%27s+Roadhouse Logan's Roadhouse] 3060 W Sand Lake Road Orlando, FL 32819 (407) 351-4599 [https://goo.gl/maps/EjDAAFgaE9U2 Driving Directions] 5 min away<br /> <br /> =Subs &amp; Salads=<br /> * [https://www.yelp.com/biz/meltd-orlando-4 Melt'd Subs and Salads] 8475 S John Young Pkwy, Orlando, FL 32819 (407) 601-5351 [https://goo.gl/maps/kPKm2FZ39HF2 Driving Directions] 5 min away [http://getthecheese.meltedsubs.com/letmeknow/ Sign up for weekly specials]<br /> :@ian says &quot;All the stars&quot;<br /> :@joe.gravelle says &quot;It's good. Great value&quot;<br /> <br /> =Sushi=<br /> *[https://www.yelp.com/biz/sushi-tomi-orlando Sushi Tomi] 8463 S John Young Pkwy Orlando, FL 32819 [https://goo.gl/maps/iLj6FHwGw212 Driving Directions] 4 min away<br /> *[https://www.yelp.com/biz/oishi-orlando Oishi] 11025 International Dr Ste F Orlando, FL 32821 [https://goo.gl/maps/qtjULPabmZP2 Driving Directions] 12 min away<br /> <br /> =Vietnamese=<br /> *[https://www.yelp.com/biz/house-of-pho-orlando House of Pho] 8261 S John Young Pkwy Orlando, FL 32819 (407) 930-2100 [https://goo.gl/maps/EUgVHhMhSpq Driving Direction] 4 min away <br /> :@joe.gravele says &quot;#10 all day long!&quot;<br /> :@willasaywhat says &quot;House of Pho is yummy, can confirm. Very clean and efficient service, too&quot;</div>

Jstutz https://wiki.makerfx.org/index.php?title=Maker_FX_X-Carve_1000mm_CNC_Router_Instructions&diff=654 2017-07-26T03:29:19Z

<p>Jstutz: /* Overview */</p> <hr /> <div>=CAUTION!!!!=<br /> '''&lt;span style=&quot;color:red&quot;&gt;The use of the X-Carve CNC machine at MakerFX is limited to only those individuals who: &lt;/span&gt;'''<br /> # Have attended a training class<br /> # Been certified to use the machine<br /> # Take the necessary safety precautions such as wearing close toed shoes, safety glasses and snug fitting clothing. <br /> <br /> '''&lt;span style=&quot;color:red&quot;&gt;This machine ''can be dangerous'' if used improperly resulting in serious bodily injury or damage to the machine. Minors are prohibited from using the X-Carve CNC without the supervision of a trained and certified MakerFX member.&lt;/span&gt;'''<br /> <br /> =Overview=<br /> Operating the X-Carve requires both setting up the hardware and preparing your design files for the X-Carve. This page is divided into two main parts: <br /> * Preparing your Design<br /> ** Design a file<br /> ** Use VCarve to create GCode<br /> * Machine Setup<br /> ** Powering up the machine<br /> ** Load Material<br /> ** Load Tool <br /> ** Setup / Calibrate Machine<br /> ** Final Checks <br /> ** Start the Project<br /> <br /> =Preparing your Design=<br /> There are many different ways to get your design ready for carving on the X-Carve CNC. Some of the common tools that can be used for designing include: <br /> * Adobe Illustrator<br /> * Inkscape <br /> * Fusion 360<br /> * VCarve<br /> * and more... <br /> <br /> The goal of design prep is to take a drawing / design and convert it to machine readable commands called G-Code. This Wiki will show you how to open an existing VCarve file to prepare it for milling by creating the G-Code that will be used to control the CNC. For a brief overview of creating a very simple design using V-Carve, you can [http://wiki.makerfx.org/VCarveTutorial click here] or view one of the several videos on YouTube on using VCarve. <br /> <br /> === Open VCarve ===<br /> To get started: <br /> # Open VCarve using the shortcut on the desktop<br /> # <br /> <br /> *Open Model (*.xxx)<br /> <br /> === Select Tool ===<br /> *Existing Tool: Select tool<br /> *New Tool:<br /> 1. Measure Tool<br /> <br /> == Save Toolpath ==<br /> *EMC2 Arcs(inch} (*.ngc)<br /> <br /> ----<br /> <br /> =Machine Setup= <br /> <br /> ==Load Material==<br /> *Use carpet tape (or other 2x-sided tape)<br /> ==Load Tool==<br /> *Unscrew Spindle<br /> *Load Tool<br /> *Lock Spindle<br /> *Hand tighten<br /> *Spindle Tool tighten<br /> *Put spindle tool away<br /> ==Setup==<br /> *Turn Spindle '''Off'''<br /> *Apply Safety Glasses<br /> *Turn Machine On<br /> *Hold down |Shift| to run as Admin<br /> *Open Joy-To-Key<br /> *Open CNC USB Controller<br /> *File-&gt;Import GCode<br /> ==Zero Tool==<br /> *Jog Tool to your material origin<br /> *Z down almost to material<br /> *Using paper, step down until paper hard to move<br /> *-&gt;Machine-&gt;Offset-&gt;Current XY<br /> *-&gt;Machine-&gt;Offset-&gt;Current Z<br /> *-&gt;Machine-&gt;Zero XY<br /> *-&gt;Machine-&gt;Zero Z<br /> <br /> =Final Check=<br /> *Apply Safety Glasses<br /> *Install Dust Collection<br /> *Turn Dust Collector '''On'''<br /> *Turn Spindle '''On'''<br /> *Press '''START'''<br /> *Monitor part w ESTOP &amp; Pause<br /> *Override Feed Rate if going too slow<br /> ----<br /> [[X-Carve_1000mm_CNC_Router|Go to The X-Carve_1000mm_CNC_Router]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=Maker_FX_X-Carve_1000mm_CNC_Router_Instructions&diff=653 2017-07-26T03:26:20Z

<p>Jstutz: </p> <hr /> <div>=CAUTION!!!!=<br /> '''&lt;span style=&quot;color:red&quot;&gt;The use of the X-Carve CNC machine at MakerFX is limited to only those individuals who: &lt;/span&gt;'''<br /> # Have attended a training class<br /> # Been certified to use the machine<br /> # Take the necessary safety precautions such as wearing close toed shoes, safety glasses and snug fitting clothing. <br /> <br /> '''&lt;span style=&quot;color:red&quot;&gt;This machine ''can be dangerous'' if used improperly resulting in serious bodily injury or damage to the machine. Minors are prohibited from using the X-Carve CNC without the supervision of a trained and certified MakerFX member.&lt;/span&gt;'''<br /> <br /> =Overview=<br /> Operating the X-Carve requires both setting up the hardware and preparing your design files for the X-Carve. This page is divided into two main parts: <br /> * Preparing your Design<br /> * Machine Setup<br /> <br /> =Preparing your Design=<br /> There are many different ways to get your design ready for carving on the X-Carve CNC. Some of the common tools that can be used for designing include: <br /> * Adobe Illustrator<br /> * Inkscape <br /> * Fusion 360<br /> * VCarve<br /> * and more... <br /> <br /> The goal of design prep is to take a drawing / design and convert it to machine readable commands called G-Code. This Wiki will show you how to open an existing VCarve file to prepare it for milling by creating the G-Code that will be used to control the CNC. For a brief overview of creating a very simple design using V-Carve, you can [http://wiki.makerfx.org/VCarveTutorial click here] or view one of the several videos on YouTube on using VCarve. <br /> <br /> === Open VCarve ===<br /> To get started: <br /> # Open VCarve using the shortcut on the desktop<br /> # <br /> <br /> *Open Model (*.xxx)<br /> <br /> === Select Tool ===<br /> *Existing Tool: Select tool<br /> *New Tool:<br /> 1. Measure Tool<br /> <br /> == Save Toolpath ==<br /> *EMC2 Arcs(inch} (*.ngc)<br /> <br /> ----<br /> <br /> =Machine Setup= <br /> <br /> ==Load Material==<br /> *Use carpet tape (or other 2x-sided tape)<br /> ==Load Tool==<br /> *Unscrew Spindle<br /> *Load Tool<br /> *Lock Spindle<br /> *Hand tighten<br /> *Spindle Tool tighten<br /> *Put spindle tool away<br /> ==Setup==<br /> *Turn Spindle '''Off'''<br /> *Apply Safety Glasses<br /> *Turn Machine On<br /> *Hold down |Shift| to run as Admin<br /> *Open Joy-To-Key<br /> *Open CNC USB Controller<br /> *File-&gt;Import GCode<br /> ==Zero Tool==<br /> *Jog Tool to your material origin<br /> *Z down almost to material<br /> *Using paper, step down until paper hard to move<br /> *-&gt;Machine-&gt;Offset-&gt;Current XY<br /> *-&gt;Machine-&gt;Offset-&gt;Current Z<br /> *-&gt;Machine-&gt;Zero XY<br /> *-&gt;Machine-&gt;Zero Z<br /> <br /> =Final Check=<br /> *Apply Safety Glasses<br /> *Install Dust Collection<br /> *Turn Dust Collector '''On'''<br /> *Turn Spindle '''On'''<br /> *Press '''START'''<br /> *Monitor part w ESTOP &amp; Pause<br /> *Override Feed Rate if going too slow<br /> ----<br /> [[X-Carve_1000mm_CNC_Router|Go to The X-Carve_1000mm_CNC_Router]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=CNC_Zone&diff=652 2017-07-26T02:23:36Z

<p>Jstutz: /* CAUTION!!!! */</p> <hr /> <div>=General Policies for the CNC Zone=<br /> '''&lt;span style=&quot;color:red&quot;&gt;The use of the X-Carve CNC machine at MakerFX is limited to only those individuals who: &lt;/span&gt;'''<br /> # Have attended a training class<br /> # Been certified to use the machine<br /> # Take the necessary safety precautions such as wearing close toed shoes, safety glasses and snug fitting clothing. <br /> <br /> '''&lt;span style=&quot;color:red&quot;&gt;This machine ''can be dangerous'' if used improperly resulting in serious bodily injury or damage to the machine. Minors are prohibited from using the X-Carve CNC without the supervision of a trained and certified MakerFX member.&lt;/span&gt;'''<br /> <br /> =Equipment=<br /> *[[X-Carve 1000mm CNC Router]]<br /> [[File:Xcarve_machine.jpg|right]]<br /> <br /> =Consumables=<br /> <br /> =Maintenance=<br /> *[[CNC Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[CNC Zone Maintenance Log|Maintenance Log]]<br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=CNC_Zone&diff=651 2017-07-26T02:23:19Z

<p>Jstutz: /* General Policies for the CNC Zone */</p> <hr /> <div>=General Policies for the CNC Zone=<br /> =CAUTION!!!!=<br /> '''&lt;span style=&quot;color:red&quot;&gt;The use of the X-Carve CNC machine at MakerFX is limited to only those individuals who: &lt;/span&gt;'''<br /> # Have attended a training class<br /> # Been certified to use the machine<br /> # Take the necessary safety precautions such as wearing close toed shoes, safety glasses and snug fitting clothing. <br /> <br /> '''&lt;span style=&quot;color:red&quot;&gt;This machine ''can be dangerous'' if used improperly resulting in serious bodily injury or damage to the machine. Minors are prohibited from using the X-Carve CNC without the supervision of a trained and certified MakerFX member.&lt;/span&gt;'''<br /> <br /> =Equipment=<br /> *[[X-Carve 1000mm CNC Router]]<br /> [[File:Xcarve_machine.jpg|right]]<br /> <br /> =Consumables=<br /> <br /> =Maintenance=<br /> *[[CNC Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[CNC Zone Maintenance Log|Maintenance Log]]<br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=CNC_Zone&diff=650 2017-07-26T02:21:35Z

<p>Jstutz: /* Equipment */</p> <hr /> <div>=General Policies for the CNC Zone=<br /> <br /> =Equipment=<br /> *[[X-Carve 1000mm CNC Router]]<br /> [[File:Xcarve_machine.jpg|right]]<br /> <br /> =Consumables=<br /> <br /> =Maintenance=<br /> *[[CNC Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[CNC Zone Maintenance Log|Maintenance Log]]<br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=CNC_Zone&diff=649 2017-07-26T02:21:05Z

<p>Jstutz: </p> <hr /> <div>=General Policies for the CNC Zone=<br /> <br /> =Equipment=<br /> *[[X-Carve 1000mm CNC Router]]<br /> [[File:Xcarve_machine.jpg]]<br /> <br /> =Consumables=<br /> <br /> =Maintenance=<br /> *[[CNC Zone Routine Maintenance Schedule|Routine Maintenance Schedule]]<br /> *[[CNC Zone Maintenance Log|Maintenance Log]]<br /> ----<br /> [[Main_Page|Go to the Main Page]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=File:Xcarve_machine.jpg&diff=648 2017-07-26T02:20:44Z

<p>Jstutz: </p> <hr /> <div></div>

Jstutz https://wiki.makerfx.org/index.php?title=Maker_FX_X-Carve_1000mm_CNC_Router_Instructions&diff=647 2017-07-26T02:17:59Z

<p>Jstutz: /* CAUTION!!!! */</p> <hr /> <div>=CAUTION!!!!=<br /> '''&lt;span style=&quot;color:red&quot;&gt;The use of the X-Carve CNC machine at MakerFX is limited to only those individuals who: &lt;/span&gt;'''<br /> # Have attended a training class<br /> # Been certified to use the machine<br /> # Take the necessary safety precautions such as wearing close toed shoes, safety glasses and snug fitting clothing. <br /> <br /> '''&lt;span style=&quot;color:red&quot;&gt;This machine ''can be dangerous'' if used improperly resulting in serious bodily injury or damage to the machine. Minors are prohibited from using the X-Carve CNC without the supervision of a trained and certified MakerFX member.&lt;/span&gt;'''<br /> <br /> =Overview=<br /> Operating the X-Carve requires both setting up the hardware and preparing your design files for the X-Carve. This page is divided into two main parts: <br /> * Preparing your Design<br /> * Machine Setup<br /> <br /> =Preparing your Design=<br /> There are many different ways to get your design ready for carving on the X-Carve CNC. Some of the common tools that can be used for designing include: <br /> * Adobe Illustrator<br /> * Inkscape <br /> * Fusion 360<br /> * VCarve<br /> * and more... <br /> <br /> The goal of design prep is to take a drawing / design and convert it to machine readable commands called G-Code. This Wiki will show you how to open an existing VCarve file to prepare it for milling by creating the G-Code that will be used to control the CNC. For a brief overview of creating a very simple design using V-Carve, you can [http://wiki.makerfx.org/VCarveTutorial click here] or view one of the several videos on YouTube on using VCarve. <br /> <br /> === Open VCarve ===<br /> To get started: <br /> # Open VCarve using the shortcut on the desktop<br /> # <br /> <br /> *Open Model (*.xxx)<br /> <br /> === Select Tool ===<br /> *Existing Tool: Select tool<br /> *New Tool:<br /> 1. Measure Tool<br /> <br /> == Save Toolpath ==<br /> *EMC2 Arcs(inch} (*.ngc)<br /> <br /> ----<br /> <br /> =Machine Setup= <br /> <br /> =Load Material=<br /> *Use carpet tape (or other 2x-sided tape)<br /> =Load Tool=<br /> *Unscrew Spindle<br /> *Load Tool<br /> *Lock Spindle<br /> *Hand tighten<br /> *Spindle Tool tighten<br /> *Put spindle tool away<br /> =Setup=<br /> *Turn Spindle '''Off'''<br /> *Apply Safety Glasses<br /> *Turn Machine On<br /> *Hold down |Shift| to run as Admin<br /> *Open Joy-To-Key<br /> *Open CNC USB Controller<br /> *File-&gt;Import GCode<br /> =Zero Tool=<br /> *Jog Tool to your material origin<br /> *Z down almost to material<br /> *Using paper, step down until paper hard to move<br /> *-&gt;Machine-&gt;Offset-&gt;Current XY<br /> *-&gt;Machine-&gt;Offset-&gt;Current Z<br /> *-&gt;Machine-&gt;Zero XY<br /> *-&gt;Machine-&gt;Zero Z<br /> <br /> =Final Check=<br /> *Apply Safety Glasses<br /> *Install Dust Collection<br /> *Turn Dust Collector '''On'''<br /> *Turn Spindle '''On'''<br /> *Press '''START'''<br /> *Monitor part w ESTOP &amp; Pause<br /> *Override Feed Rate if going too slow<br /> ----<br /> [[X-Carve_1000mm_CNC_Router|Go to The X-Carve_1000mm_CNC_Router]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=VCarveTutorial&diff=646 2017-07-26T02:15:32Z

<p>Jstutz: </p> <hr /> <div>=Overview=<br /> VCarve is one of the many tools you can use to create designs for the X-Carve CNC. MakerFX has a fully functional Makerspace edition of VCarve Pro on the CNC controller computer which is available for members for use. To learn more about VCarve, visit [http://www.vectric.com/products/vcarve.htm their website]. <br /> <br /> =Tutorial=<br /> This is a very simple tutorial will demonstrate how to use the CNC to design a file that will cut two &quot;channels&quot; for t-track from a piece of lumber, from creating a new VCarve file through preparing the GCode for the CNC to use. This tutorial is broken down into the following sections: <br /> * Creating a new VCarve Job<br /> * Drawing your designs<br /> * Creating the Toolpaths<br /> * Saving your GCode <br /> <br /> <br /> <br /> == Creating a new VCarve Job ==<br /> This step is very straight forward and is like creating a new file in any software program you might be familiar with. The critical part of this step is properly setting the dimensions of the material you will be milling. <br /> '''&lt;span style=&quot;color:red&quot;&gt;NOTE: Failing to properly set the dimensions of your material could result in damage to your project, the bit or to the machine!!!&lt;/span&gt;'''<br /> <br /> # Open VCarve using the shortcut on the desktop<br /> # Either open an existing model, or create a new one. For this tutorial, we'll create a new one. <br /> #:[[File:XCarveNewFile.png]]<br /> # From the JOB SETUP panel, you need to enter the details of the material you'll be using. The image below shows the most important settings: <br /> #* ITEM 1: the width and height of your stock<br /> #* ITEM 2: the thickness of the stock<br /> #* ITEM 3: the XY &quot;starting position&quot; of the tool for the job (NOTE: this needs to match where you actually plan to align the tool head when setting up the machine)<br /> #* ITEM 4: the units you are using when setting up the job. <br /> #*:[[File:XCarveJobSetup.png]]<br /> # When you are done setting up your job, click the '''OK''' button. The Job Setup panel will close and you will be shown a blank VCarve design screen. <br /> #:[[File:XCarveBlank.png|800px]]<br /> <br /> == Drawing your designs ==<br /> Once your file has been created, it is time to start your drawing. For this tutorial, we need to carve two grooves into the wood for t-track. The t-track is 12.446 mm deep and 18.542 mm wide. VCarve provides a variety of tools to draw and modify shapes. To draw our grooves, we'll: <br /> # Start by selecting the '''Rectangle Vector''' tool<br /> #:[[File:XCarveRectangle.png]]<br /> # Next, draw a rectangle anywhere on the drawing that represent where we want the grooves to be milled. The placement or size doesn't matter in this step. <br /> # To accurately size and place the grooves, we can use the fields in the ''Draw Rectangle'' panel. <br /> #* The X and Y values at the top under the ''Anchor Point'' setting allows you to set the X and Y position of the object. In this case, we want the object to be about 1/4 of the way from the left edge and bottom aligned. Since the Anchor Point is set to the lower left corner, to achieve this we need to go in 178 mm on the X axis and 0 for the Y axis.<br /> #* The size of the groove can be set using the ''Size'' settings, specifically the '''Width (X)''' and '''Height (Y)'' fields. The width of the t-track is 18.542 mm and we want to run 1/2 way down the wood, or 152 mm.<br /> #:[[File:XCarveDrawRectangle.png|400px]]<br /> # Once finished, hit the '''Create''' button to draw your object. <br /> # Create another rectangle of the same dimensions, but for this one, set the X / Y coordinates to 535 and 0 to have the second track about 1/4 way in from the other side of the material. <br /> <br /> == Creating the Toolpaths ==<br /> Once your design is done, you need to create the Toolpaths, or the instructions the CNC will use to mill your object. Depending on the complexity of your design, you may only need one toolpath or you may need several. Each toolpath defines parameters such as: <br /> * The type of bit that will be used<br /> * The speeds and feeds of the cut<br /> * The depth of the cut<br /> * The pattern the tool should follow. <br /> <br /> To setup a tool path: <br /> # Select the object or objects you wish to be a part of this path. You can select multiple object by SHIFT + Left Clicking each object. CTRL + A selects them all. <br /> # If it is not already expanded, click on the '''Toolpaths''' panel in the upper right corner of VCarve. <br /> # There are several different types of Toolpaths you can use. For this tutorial we'll use the Pocket Toolpath by clicking on it. The ''Pocket Toolpath'' panel will appear. <br /> #: [[File:XCarvePocket.png]]<br /> # The ''Pocket Toolpath'' settings contains all of the settings specific to the type of toolpath you have selected. For the Pocket Toolpath, there are four settings we want to address: <br /> #* ITEM 1: Sets the ''starting depth'' and ''cut depth'' of this toolpath. If the cut depth is deeper than your material, you will cut all the way through and into the board! Accurate sizing of the material is key! <br /> #* ITEM 2: Allows you to pick from or add to a library of tools you can use on the CNC. Each tool is a collection of settings for things like speed of the tool, cut depth per pass, etc. <br /> #* ITEM 3: for a Pocket, control the details of how the tool will move through the pocket it is clearing<br /> #* ITEM 4: allows you to provide a name for this toolpath. When multiple toolpaths are used, this is a handy way of remembering what each path does. <br /> #: [[File:XCarvePocketDetails.png]]<br /> # When all of your settings are correct, click '''Calculate.''' The Pocket Toolpath settings will close and be replaced by the ''Preview Toolpaths'' panel.<br /> # The ''Preview Toolpaths'' panel allows you to see and control a preview of how the machine will cut through the material. This preview can allow you to see how the job will progress and can often alert you to any problems you might have with the paths you have created. <br /> #: [[File:XCarvePreview.png]]<br /> # When you are satisfied with your Toolpath, click the '''Close''' button. You will be taken back to the Toolpath selector panel and could setup more Toolpaths if you wish.<br /> <br /> == Saving your GCode ==<br /> When all of your tools paths have been created, it's time to create your GCode, which is the code that will be used to send movement commands to the CNC. To create your GCode: <br /> # First, select each of the toolpaths you wish to be included in your GCode. For this tutorial, there is only one, but more complicated jobs may have more. <br /> #: [[File:XCarveSelectToolpaths.png]]<br /> # Click the '''Save Toolpath''' button to open the ''Save Toolpaths'' panel<br /> #: [[File:XCarveSavePaths.png]]<br /> # If not already selected, choose the one of the X-Carve post processors. There are two, one for MM and one for inches. ''' Be sure to use the right one!''' For this tutorial, we used MM, so select &quot;X-Carve (mm) (*.gcode)&quot;<br /> #*: [[File:XCarvePostProcessor.png]]<br /> # Click the '''Save Toolpath(s)...''' button and select a name / location for your file.<br /> <br /> <br /> = Next Steps =<br /> At this point you're done with VCarve! From here you will take the GCode file you created and load it into the CNC USB Controller software to be sent to the CNC machine. For more info on how to do this, see the [[Maker FX X-Carve 1000mm CNC Router Instructions]] page.</div>

Jstutz https://wiki.makerfx.org/index.php?title=VCarveTutorial&diff=645 2017-07-26T02:13:05Z

<p>Jstutz: /* Saving your GCode */</p> <hr /> <div>=Overview=<br /> VCarve is one of the many tools you can use to create designs for the X-Carve CNC. MakerFX has a fully functional Makerspace edition of VCarve Pro on the CNC controller computer which is available for members for use. To learn more about VCarve, visit [http://www.vectric.com/products/vcarve.htm their website]. <br /> <br /> =Tutorial=<br /> This is a very simple tutorial will demonstrate how to use the CNC to design a file that will cut two &quot;channels&quot; for t-track from a piece of lumber, from creating a new VCarve file through preparing the GCode for the CNC to use. This tutorial is broken down into the following sections: <br /> * Creating a new VCarve Job<br /> * Drawing your designs<br /> * Creating the Toolpaths<br /> * Saving your GCode <br /> <br /> <br /> <br /> == Creating a new VCarve Job ==<br /> This step is very straight forward and is like creating a new file in any software program you might be familiar with. The critical part of this step is properly setting the dimensions of the material you will be milling. <br /> '''&lt;span style=&quot;color:red&quot;&gt;NOTE: Failing to properly set the dimensions of your material could result in damage to your project, the bit or to the machine!!!&lt;/span&gt;'''<br /> <br /> # Open VCarve using the shortcut on the desktop<br /> # Either open an existing model, or create a new one. For this tutorial, we'll create a new one. <br /> #:[[File:XCarveNewFile.png]]<br /> # From the JOB SETUP panel, you need to enter the details of the material you'll be using. The image below shows the most important settings: <br /> #* ITEM 1: the width and height of your stock<br /> #* ITEM 2: the thickness of the stock<br /> #* ITEM 3: the XY &quot;starting position&quot; of the tool for the job (NOTE: this needs to match where you actually plan to align the tool head when setting up the machine)<br /> #* ITEM 4: the units you are using when setting up the job. <br /> #*:[[File:XCarveJobSetup.png]]<br /> # When you are done setting up your job, click the '''OK''' button. The Job Setup panel will close and you will be shown a blank VCarve design screen. <br /> #:[[File:XCarveBlank.png|800px]]<br /> <br /> == Drawing your designs ==<br /> Once your file has been created, it is time to start your drawing. For this tutorial, we need to carve two grooves into the wood for t-track. The t-track is 12.446 mm deep and 18.542 mm wide. VCarve provides a variety of tools to draw and modify shapes. To draw our grooves, we'll: <br /> # Start by selecting the '''Rectangle Vector''' tool<br /> #:[[File:XCarveRectangle.png]]<br /> # Next, draw a rectangle anywhere on the drawing that represent where we want the grooves to be milled. The placement or size doesn't matter in this step. <br /> # To accurately size and place the grooves, we can use the fields in the ''Draw Rectangle'' panel. <br /> #* The X and Y values at the top under the ''Anchor Point'' setting allows you to set the X and Y position of the object. In this case, we want the object to be about 1/4 of the way from the left edge and bottom aligned. Since the Anchor Point is set to the lower left corner, to achieve this we need to go in 178 mm on the X axis and 0 for the Y axis.<br /> #* The size of the groove can be set using the ''Size'' settings, specifically the '''Width (X)''' and '''Height (Y)'' fields. The width of the t-track is 18.542 mm and we want to run 1/2 way down the wood, or 152 mm.<br /> #:[[File:XCarveDrawRectangle.png|400px]]<br /> # Once finished, hit the '''Create''' button to draw your object. <br /> # Create another rectangle of the same dimensions, but for this one, set the X / Y coordinates to 535 and 0 to have the second track about 1/4 way in from the other side of the material. <br /> <br /> == Creating the Toolpaths ==<br /> Once your design is done, you need to create the Toolpaths, or the instructions the CNC will use to mill your object. Depending on the complexity of your design, you may only need one toolpath or you may need several. Each toolpath defines parameters such as: <br /> * The type of bit that will be used<br /> * The speeds and feeds of the cut<br /> * The depth of the cut<br /> * The pattern the tool should follow. <br /> <br /> To setup a tool path: <br /> # Select the object or objects you wish to be a part of this path. You can select multiple object by SHIFT + Left Clicking each object. CTRL + A selects them all. <br /> # If it is not already expanded, click on the '''Toolpaths''' panel in the upper right corner of VCarve. <br /> # There are several different types of Toolpaths you can use. For this tutorial we'll use the Pocket Toolpath by clicking on it. The ''Pocket Toolpath'' panel will appear. <br /> #: [[File:XCarvePocket.png]]<br /> # The ''Pocket Toolpath'' settings contains all of the settings specific to the type of toolpath you have selected. For the Pocket Toolpath, there are four settings we want to address: <br /> #* ITEM 1: Sets the ''starting depth'' and ''cut depth'' of this toolpath. If the cut depth is deeper than your material, you will cut all the way through and into the board! Accurate sizing of the material is key! <br /> #* ITEM 2: Allows you to pick from or add to a library of tools you can use on the CNC. Each tool is a collection of settings for things like speed of the tool, cut depth per pass, etc. <br /> #* ITEM 3: for a Pocket, control the details of how the tool will move through the pocket it is clearing<br /> #* ITEM 4: allows you to provide a name for this toolpath. When multiple toolpaths are used, this is a handy way of remembering what each path does. <br /> #: [[File:XCarvePocketDetails.png]]<br /> # When all of your settings are correct, click '''Calculate.''' The Pocket Toolpath settings will close and be replaced by the ''Preview Toolpaths'' panel.<br /> # The ''Preview Toolpaths'' panel allows you to see and control a preview of how the machine will cut through the material. This preview can allow you to see how the job will progress and can often alert you to any problems you might have with the paths you have created. <br /> #: [[File:XCarvePreview.png]]<br /> # When you are satisfied with your Toolpath, click the '''Close''' button. You will be taken back to the Toolpath selector panel and could setup more Toolpaths if you wish.<br /> <br /> == Saving your GCode ==<br /> When all of your tools paths have been created, it's time to create your GCode, which is the code that will be used to send movement commands to the CNC. To create your GCode: <br /> # First, select each of the toolpaths you wish to be included in your GCode. For this tutorial, there is only one, but more complicated jobs may have more. <br /> #: [[File:XCarveSelectToolpaths.png]]<br /> # Click the '''Save Toolpath''' button to open the ''Save Toolpaths'' panel<br /> #: [[File:XCarveSavePaths.png]]<br /> # If not already selected, choose the one of the X-Carve post processors. There are two, one for MM and one for inches. ''' Be sure to use the right one!''' For this tutorial, we used MM, so select &quot;X-Carve (mm) (*.gcode)&quot;<br /> #*: [[File:XCarvePostProcessor.png]]<br /> # Click the '''Save Toolpath(s)...''' button and select a name / location for your file.</div>

Jstutz https://wiki.makerfx.org/index.php?title=VCarveTutorial&diff=644 2017-07-26T02:12:45Z

<p>Jstutz: /* Saving your GCode */</p> <hr /> <div>=Overview=<br /> VCarve is one of the many tools you can use to create designs for the X-Carve CNC. MakerFX has a fully functional Makerspace edition of VCarve Pro on the CNC controller computer which is available for members for use. To learn more about VCarve, visit [http://www.vectric.com/products/vcarve.htm their website]. <br /> <br /> =Tutorial=<br /> This is a very simple tutorial will demonstrate how to use the CNC to design a file that will cut two &quot;channels&quot; for t-track from a piece of lumber, from creating a new VCarve file through preparing the GCode for the CNC to use. This tutorial is broken down into the following sections: <br /> * Creating a new VCarve Job<br /> * Drawing your designs<br /> * Creating the Toolpaths<br /> * Saving your GCode <br /> <br /> <br /> <br /> == Creating a new VCarve Job ==<br /> This step is very straight forward and is like creating a new file in any software program you might be familiar with. The critical part of this step is properly setting the dimensions of the material you will be milling. <br /> '''&lt;span style=&quot;color:red&quot;&gt;NOTE: Failing to properly set the dimensions of your material could result in damage to your project, the bit or to the machine!!!&lt;/span&gt;'''<br /> <br /> # Open VCarve using the shortcut on the desktop<br /> # Either open an existing model, or create a new one. For this tutorial, we'll create a new one. <br /> #:[[File:XCarveNewFile.png]]<br /> # From the JOB SETUP panel, you need to enter the details of the material you'll be using. The image below shows the most important settings: <br /> #* ITEM 1: the width and height of your stock<br /> #* ITEM 2: the thickness of the stock<br /> #* ITEM 3: the XY &quot;starting position&quot; of the tool for the job (NOTE: this needs to match where you actually plan to align the tool head when setting up the machine)<br /> #* ITEM 4: the units you are using when setting up the job. <br /> #*:[[File:XCarveJobSetup.png]]<br /> # When you are done setting up your job, click the '''OK''' button. The Job Setup panel will close and you will be shown a blank VCarve design screen. <br /> #:[[File:XCarveBlank.png|800px]]<br /> <br /> == Drawing your designs ==<br /> Once your file has been created, it is time to start your drawing. For this tutorial, we need to carve two grooves into the wood for t-track. The t-track is 12.446 mm deep and 18.542 mm wide. VCarve provides a variety of tools to draw and modify shapes. To draw our grooves, we'll: <br /> # Start by selecting the '''Rectangle Vector''' tool<br /> #:[[File:XCarveRectangle.png]]<br /> # Next, draw a rectangle anywhere on the drawing that represent where we want the grooves to be milled. The placement or size doesn't matter in this step. <br /> # To accurately size and place the grooves, we can use the fields in the ''Draw Rectangle'' panel. <br /> #* The X and Y values at the top under the ''Anchor Point'' setting allows you to set the X and Y position of the object. In this case, we want the object to be about 1/4 of the way from the left edge and bottom aligned. Since the Anchor Point is set to the lower left corner, to achieve this we need to go in 178 mm on the X axis and 0 for the Y axis.<br /> #* The size of the groove can be set using the ''Size'' settings, specifically the '''Width (X)''' and '''Height (Y)'' fields. The width of the t-track is 18.542 mm and we want to run 1/2 way down the wood, or 152 mm.<br /> #:[[File:XCarveDrawRectangle.png|400px]]<br /> # Once finished, hit the '''Create''' button to draw your object. <br /> # Create another rectangle of the same dimensions, but for this one, set the X / Y coordinates to 535 and 0 to have the second track about 1/4 way in from the other side of the material. <br /> <br /> == Creating the Toolpaths ==<br /> Once your design is done, you need to create the Toolpaths, or the instructions the CNC will use to mill your object. Depending on the complexity of your design, you may only need one toolpath or you may need several. Each toolpath defines parameters such as: <br /> * The type of bit that will be used<br /> * The speeds and feeds of the cut<br /> * The depth of the cut<br /> * The pattern the tool should follow. <br /> <br /> To setup a tool path: <br /> # Select the object or objects you wish to be a part of this path. You can select multiple object by SHIFT + Left Clicking each object. CTRL + A selects them all. <br /> # If it is not already expanded, click on the '''Toolpaths''' panel in the upper right corner of VCarve. <br /> # There are several different types of Toolpaths you can use. For this tutorial we'll use the Pocket Toolpath by clicking on it. The ''Pocket Toolpath'' panel will appear. <br /> #: [[File:XCarvePocket.png]]<br /> # The ''Pocket Toolpath'' settings contains all of the settings specific to the type of toolpath you have selected. For the Pocket Toolpath, there are four settings we want to address: <br /> #* ITEM 1: Sets the ''starting depth'' and ''cut depth'' of this toolpath. If the cut depth is deeper than your material, you will cut all the way through and into the board! Accurate sizing of the material is key! <br /> #* ITEM 2: Allows you to pick from or add to a library of tools you can use on the CNC. Each tool is a collection of settings for things like speed of the tool, cut depth per pass, etc. <br /> #* ITEM 3: for a Pocket, control the details of how the tool will move through the pocket it is clearing<br /> #* ITEM 4: allows you to provide a name for this toolpath. When multiple toolpaths are used, this is a handy way of remembering what each path does. <br /> #: [[File:XCarvePocketDetails.png]]<br /> # When all of your settings are correct, click '''Calculate.''' The Pocket Toolpath settings will close and be replaced by the ''Preview Toolpaths'' panel.<br /> # The ''Preview Toolpaths'' panel allows you to see and control a preview of how the machine will cut through the material. This preview can allow you to see how the job will progress and can often alert you to any problems you might have with the paths you have created. <br /> #: [[File:XCarvePreview.png]]<br /> # When you are satisfied with your Toolpath, click the '''Close''' button. You will be taken back to the Toolpath selector panel and could setup more Toolpaths if you wish.<br /> <br /> == Saving your GCode ==<br /> When all of your tools paths have been created, it's time to create your GCode, which is the code that will be used to send movement commands to the CNC. To create your GCode: <br /> # First, select each of the toolpaths you wish to be included in your GCode. For this tutorial, there is only one, but more complicated jobs may have more. <br /> #: [[File:XCarveSelectToolpaths.png]]<br /> # Click the '''Save Toolpath''' button to open the ''Save Toolpaths'' panel<br /> #: [[File:XCarveSavePaths.png]]<br /> # If not already selected, choose the one of the X-Carve post processors. There are two, one for MM and one for inches. ''' Be sure to use the right one!''' For this tutorial, we used MM, so select &quot;X-Carve (mm) (*.gcode)&quot;<br /> #*: [[File:XCarvePostProcessor.png]]<br /> # Click the '''Save Toolpath(s)...''' button and select a name / location for your file. <br /> <br /> That's it!</div>

Jstutz https://wiki.makerfx.org/index.php?title=File:XCarvePostProcessor.png&diff=643 2017-07-26T02:10:12Z

<p>Jstutz: </p> <hr /> <div></div>

Jstutz https://wiki.makerfx.org/index.php?title=File:XCarveSavePaths.png&diff=642 2017-07-26T02:08:31Z

<p>Jstutz: </p> <hr /> <div></div>

Jstutz https://wiki.makerfx.org/index.php?title=File:XCarveSelectToolpaths.png&diff=641 2017-07-26T02:07:06Z

<p>Jstutz: </p> <hr /> <div></div>

Jstutz https://wiki.makerfx.org/index.php?title=VCarveTutorial&diff=640 2017-07-26T02:04:04Z

<p>Jstutz: /* Creating the Toolpaths */</p> <hr /> <div>=Overview=<br /> VCarve is one of the many tools you can use to create designs for the X-Carve CNC. MakerFX has a fully functional Makerspace edition of VCarve Pro on the CNC controller computer which is available for members for use. To learn more about VCarve, visit [http://www.vectric.com/products/vcarve.htm their website]. <br /> <br /> =Tutorial=<br /> This is a very simple tutorial will demonstrate how to use the CNC to design a file that will cut two &quot;channels&quot; for t-track from a piece of lumber, from creating a new VCarve file through preparing the GCode for the CNC to use. This tutorial is broken down into the following sections: <br /> * Creating a new VCarve Job<br /> * Drawing your designs<br /> * Creating the Toolpaths<br /> * Saving your GCode <br /> <br /> <br /> <br /> == Creating a new VCarve Job ==<br /> This step is very straight forward and is like creating a new file in any software program you might be familiar with. The critical part of this step is properly setting the dimensions of the material you will be milling. <br /> '''&lt;span style=&quot;color:red&quot;&gt;NOTE: Failing to properly set the dimensions of your material could result in damage to your project, the bit or to the machine!!!&lt;/span&gt;'''<br /> <br /> # Open VCarve using the shortcut on the desktop<br /> # Either open an existing model, or create a new one. For this tutorial, we'll create a new one. <br /> #:[[File:XCarveNewFile.png]]<br /> # From the JOB SETUP panel, you need to enter the details of the material you'll be using. The image below shows the most important settings: <br /> #* ITEM 1: the width and height of your stock<br /> #* ITEM 2: the thickness of the stock<br /> #* ITEM 3: the XY &quot;starting position&quot; of the tool for the job (NOTE: this needs to match where you actually plan to align the tool head when setting up the machine)<br /> #* ITEM 4: the units you are using when setting up the job. <br /> #*:[[File:XCarveJobSetup.png]]<br /> # When you are done setting up your job, click the '''OK''' button. The Job Setup panel will close and you will be shown a blank VCarve design screen. <br /> #:[[File:XCarveBlank.png|800px]]<br /> <br /> == Drawing your designs ==<br /> Once your file has been created, it is time to start your drawing. For this tutorial, we need to carve two grooves into the wood for t-track. The t-track is 12.446 mm deep and 18.542 mm wide. VCarve provides a variety of tools to draw and modify shapes. To draw our grooves, we'll: <br /> # Start by selecting the '''Rectangle Vector''' tool<br /> #:[[File:XCarveRectangle.png]]<br /> # Next, draw a rectangle anywhere on the drawing that represent where we want the grooves to be milled. The placement or size doesn't matter in this step. <br /> # To accurately size and place the grooves, we can use the fields in the ''Draw Rectangle'' panel. <br /> #* The X and Y values at the top under the ''Anchor Point'' setting allows you to set the X and Y position of the object. In this case, we want the object to be about 1/4 of the way from the left edge and bottom aligned. Since the Anchor Point is set to the lower left corner, to achieve this we need to go in 178 mm on the X axis and 0 for the Y axis.<br /> #* The size of the groove can be set using the ''Size'' settings, specifically the '''Width (X)''' and '''Height (Y)'' fields. The width of the t-track is 18.542 mm and we want to run 1/2 way down the wood, or 152 mm.<br /> #:[[File:XCarveDrawRectangle.png|400px]]<br /> # Once finished, hit the '''Create''' button to draw your object. <br /> # Create another rectangle of the same dimensions, but for this one, set the X / Y coordinates to 535 and 0 to have the second track about 1/4 way in from the other side of the material. <br /> <br /> == Creating the Toolpaths ==<br /> Once your design is done, you need to create the Toolpaths, or the instructions the CNC will use to mill your object. Depending on the complexity of your design, you may only need one toolpath or you may need several. Each toolpath defines parameters such as: <br /> * The type of bit that will be used<br /> * The speeds and feeds of the cut<br /> * The depth of the cut<br /> * The pattern the tool should follow. <br /> <br /> To setup a tool path: <br /> # Select the object or objects you wish to be a part of this path. You can select multiple object by SHIFT + Left Clicking each object. CTRL + A selects them all. <br /> # If it is not already expanded, click on the '''Toolpaths''' panel in the upper right corner of VCarve. <br /> # There are several different types of Toolpaths you can use. For this tutorial we'll use the Pocket Toolpath by clicking on it. The ''Pocket Toolpath'' panel will appear. <br /> #: [[File:XCarvePocket.png]]<br /> # The ''Pocket Toolpath'' settings contains all of the settings specific to the type of toolpath you have selected. For the Pocket Toolpath, there are four settings we want to address: <br /> #* ITEM 1: Sets the ''starting depth'' and ''cut depth'' of this toolpath. If the cut depth is deeper than your material, you will cut all the way through and into the board! Accurate sizing of the material is key! <br /> #* ITEM 2: Allows you to pick from or add to a library of tools you can use on the CNC. Each tool is a collection of settings for things like speed of the tool, cut depth per pass, etc. <br /> #* ITEM 3: for a Pocket, control the details of how the tool will move through the pocket it is clearing<br /> #* ITEM 4: allows you to provide a name for this toolpath. When multiple toolpaths are used, this is a handy way of remembering what each path does. <br /> #: [[File:XCarvePocketDetails.png]]<br /> # When all of your settings are correct, click '''Calculate.''' The Pocket Toolpath settings will close and be replaced by the ''Preview Toolpaths'' panel.<br /> # The ''Preview Toolpaths'' panel allows you to see and control a preview of how the machine will cut through the material. This preview can allow you to see how the job will progress and can often alert you to any problems you might have with the paths you have created. <br /> #: [[File:XCarvePreview.png]]<br /> # When you are satisfied with your Toolpath, click the '''Close''' button. You will be taken back to the Toolpath selector panel and could setup more Toolpaths if you wish.<br /> <br /> == Saving your GCode ==</div>

Jstutz https://wiki.makerfx.org/index.php?title=File:XCarvePreview.png&diff=639 2017-07-26T01:56:10Z

<p>Jstutz: </p> <hr /> <div></div>

Jstutz https://wiki.makerfx.org/index.php?title=VCarveTutorial&diff=638 2017-07-26T01:55:43Z

<p>Jstutz: /* Creating the Toolpaths */</p> <hr /> <div>=Overview=<br /> VCarve is one of the many tools you can use to create designs for the X-Carve CNC. MakerFX has a fully functional Makerspace edition of VCarve Pro on the CNC controller computer which is available for members for use. To learn more about VCarve, visit [http://www.vectric.com/products/vcarve.htm their website]. <br /> <br /> =Tutorial=<br /> This is a very simple tutorial will demonstrate how to use the CNC to design a file that will cut two &quot;channels&quot; for t-track from a piece of lumber, from creating a new VCarve file through preparing the GCode for the CNC to use. This tutorial is broken down into the following sections: <br /> * Creating a new VCarve Job<br /> * Drawing your designs<br /> * Creating the Toolpaths<br /> * Saving your GCode <br /> <br /> <br /> <br /> == Creating a new VCarve Job ==<br /> This step is very straight forward and is like creating a new file in any software program you might be familiar with. The critical part of this step is properly setting the dimensions of the material you will be milling. <br /> '''&lt;span style=&quot;color:red&quot;&gt;NOTE: Failing to properly set the dimensions of your material could result in damage to your project, the bit or to the machine!!!&lt;/span&gt;'''<br /> <br /> # Open VCarve using the shortcut on the desktop<br /> # Either open an existing model, or create a new one. For this tutorial, we'll create a new one. <br /> #:[[File:XCarveNewFile.png]]<br /> # From the JOB SETUP panel, you need to enter the details of the material you'll be using. The image below shows the most important settings: <br /> #* ITEM 1: the width and height of your stock<br /> #* ITEM 2: the thickness of the stock<br /> #* ITEM 3: the XY &quot;starting position&quot; of the tool for the job (NOTE: this needs to match where you actually plan to align the tool head when setting up the machine)<br /> #* ITEM 4: the units you are using when setting up the job. <br /> #*:[[File:XCarveJobSetup.png]]<br /> # When you are done setting up your job, click the '''OK''' button. The Job Setup panel will close and you will be shown a blank VCarve design screen. <br /> #:[[File:XCarveBlank.png|800px]]<br /> <br /> == Drawing your designs ==<br /> Once your file has been created, it is time to start your drawing. For this tutorial, we need to carve two grooves into the wood for t-track. The t-track is 12.446 mm deep and 18.542 mm wide. VCarve provides a variety of tools to draw and modify shapes. To draw our grooves, we'll: <br /> # Start by selecting the '''Rectangle Vector''' tool<br /> #:[[File:XCarveRectangle.png]]<br /> # Next, draw a rectangle anywhere on the drawing that represent where we want the grooves to be milled. The placement or size doesn't matter in this step. <br /> # To accurately size and place the grooves, we can use the fields in the ''Draw Rectangle'' panel. <br /> #* The X and Y values at the top under the ''Anchor Point'' setting allows you to set the X and Y position of the object. In this case, we want the object to be about 1/4 of the way from the left edge and bottom aligned. Since the Anchor Point is set to the lower left corner, to achieve this we need to go in 178 mm on the X axis and 0 for the Y axis.<br /> #* The size of the groove can be set using the ''Size'' settings, specifically the '''Width (X)''' and '''Height (Y)'' fields. The width of the t-track is 18.542 mm and we want to run 1/2 way down the wood, or 152 mm.<br /> #:[[File:XCarveDrawRectangle.png|400px]]<br /> # Once finished, hit the '''Create''' button to draw your object. <br /> # Create another rectangle of the same dimensions, but for this one, set the X / Y coordinates to 535 and 0 to have the second track about 1/4 way in from the other side of the material. <br /> <br /> == Creating the Toolpaths ==<br /> Once your design is done, you need to create the Toolpaths, or the instructions the CNC will use to mill your object. Depending on the complexity of your design, you may only need one toolpath or you may need several. Each toolpath defines parameters such as: <br /> * The type of bit that will be used<br /> * The speeds and feeds of the cut<br /> * The depth of the cut<br /> * The pattern the tool should follow. <br /> <br /> To setup a tool path: <br /> # Select the object or objects you wish to be a part of this path. You can select multiple object by SHIFT + Left Clicking each object. CTRL + A selects them all. <br /> # If it is not already expanded, click on the '''Toolpaths''' panel in the upper right corner of VCarve. <br /> # There are several different types of Toolpaths you can use. For this tutorial we'll use the Pocket Toolpath by clicking on it. The ''Pocket Toolpath'' panel will appear. <br /> #: [[File:XCarvePocket.png]]<br /> # The ''Pocket Toolpath'' settings contains all of the settings specific to the type of toolpath you have selected. For the Pocket Toolpath, there are four settings we want to address: <br /> #* ITEM 1: Sets the ''starting depth'' and ''cut depth'' of this toolpath. If the cut depth is deeper than your material, you will cut all the way through and into the board! Accurate sizing of the material is key! <br /> #* ITEM 2: Allows you to pick from or add to a library of tools you can use on the CNC. Each tool is a collection of settings for things like speed of the tool, cut depth per pass, etc. <br /> #* ITEM 3: for a Pocket, control the details of how the tool will move through the pocket it is clearing<br /> #* ITEM 4: allows you to provide a name for this toolpath. When multiple toolpaths are used, this is a handy way of remembering what each path does. <br /> #: [[File:XCarvePocketDetails.png]]<br /> # When all of your settings are correct, click '''Calculate.''' The Pocket Toolpath settings will close and be replaced by the ''Preview Toolpaths'' panel.<br /> <br /> == Saving your GCode ==</div>

Jstutz https://wiki.makerfx.org/index.php?title=Maker_FX_X-Carve_1000mm_CNC_Router_Instructions&diff=637 2017-07-26T01:41:40Z

<p>Jstutz: /* CAUTION!!!! */</p> <hr /> <div>=CAUTION!!!!=<br /> '''&lt;span style=&quot;color:red&quot;&gt;The use of the X-Carve CNC machine is at MakerFX is limited to only those individuals who: &lt;/span&gt;'''<br /> # Have attended a training class<br /> # Been certified to use the machine<br /> # Take the necessary safety precautions such as wearing close toed shoes, safety glasses and snug fitting clothing. <br /> <br /> '''&lt;span style=&quot;color:red&quot;&gt;This machine ''can be dangerous'' if used improperly resulting in serious bodily injury or damage to the machine. Minors are prohibited from using the X-Carve CNC without the supervision of a trained and certified MakerFX member.&lt;/span&gt;'''<br /> <br /> =Overview=<br /> Operating the X-Carve requires both setting up the hardware and preparing your design files for the X-Carve. This page is divided into two main parts: <br /> * Preparing your Design<br /> * Machine Setup<br /> <br /> =Preparing your Design=<br /> There are many different ways to get your design ready for carving on the X-Carve CNC. Some of the common tools that can be used for designing include: <br /> * Adobe Illustrator<br /> * Inkscape <br /> * Fusion 360<br /> * VCarve<br /> * and more... <br /> <br /> The goal of design prep is to take a drawing / design and convert it to machine readable commands called G-Code. This Wiki will show you how to open an existing VCarve file to prepare it for milling by creating the G-Code that will be used to control the CNC. For a brief overview of creating a very simple design using V-Carve, you can [http://wiki.makerfx.org/VCarveTutorial click here] or view one of the several videos on YouTube on using VCarve. <br /> <br /> === Open VCarve ===<br /> To get started: <br /> # Open VCarve using the shortcut on the desktop<br /> # <br /> <br /> *Open Model (*.xxx)<br /> <br /> === Select Tool ===<br /> *Existing Tool: Select tool<br /> *New Tool:<br /> 1. Measure Tool<br /> <br /> == Save Toolpath ==<br /> *EMC2 Arcs(inch} (*.ngc)<br /> <br /> ----<br /> <br /> =Machine Setup= <br /> <br /> =Load Material=<br /> *Use carpet tape (or other 2x-sided tape)<br /> =Load Tool=<br /> *Unscrew Spindle<br /> *Load Tool<br /> *Lock Spindle<br /> *Hand tighten<br /> *Spindle Tool tighten<br /> *Put spindle tool away<br /> =Setup=<br /> *Turn Spindle '''Off'''<br /> *Apply Safety Glasses<br /> *Turn Machine On<br /> *Hold down |Shift| to run as Admin<br /> *Open Joy-To-Key<br /> *Open CNC USB Controller<br /> *File-&gt;Import GCode<br /> =Zero Tool=<br /> *Jog Tool to your material origin<br /> *Z down almost to material<br /> *Using paper, step down until paper hard to move<br /> *-&gt;Machine-&gt;Offset-&gt;Current XY<br /> *-&gt;Machine-&gt;Offset-&gt;Current Z<br /> *-&gt;Machine-&gt;Zero XY<br /> *-&gt;Machine-&gt;Zero Z<br /> <br /> =Final Check=<br /> *Apply Safety Glasses<br /> *Install Dust Collection<br /> *Turn Dust Collector '''On'''<br /> *Turn Spindle '''On'''<br /> *Press '''START'''<br /> *Monitor part w ESTOP &amp; Pause<br /> *Override Feed Rate if going too slow<br /> ----<br /> [[X-Carve_1000mm_CNC_Router|Go to The X-Carve_1000mm_CNC_Router]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=Maker_FX_X-Carve_1000mm_CNC_Router_Instructions&diff=636 2017-07-26T01:39:57Z

<p>Jstutz: /* CAUTION!!!! */</p> <hr /> <div>=CAUTION!!!!=<br /> '''&lt;span style=&quot;color:red&quot;&gt;The use of the X-Carve CNC machine is at MakerFX is limited to only those individuals who: &lt;/span&gt;'''<br /> # Have attended a training class<br /> # Been certified to use the machine<br /> # Take the necessary safety precautions such as wearing close toed shoes, safety glasses and snug fitting clothing. <br /> <br /> '''&lt;span style=&quot;color:red&quot;&gt;This machine ''can be dangerous'' if used improperly resulting in serious bodily injury or damage to the machine. Minors are prohibited from using the X-Carve CNC without the supervision of an adult MakerFX member.&lt;/span&gt;'''<br /> <br /> =Overview=<br /> Operating the X-Carve requires both setting up the hardware and preparing your design files for the X-Carve. This page is divided into two main parts: <br /> * Preparing your Design<br /> * Machine Setup<br /> <br /> =Preparing your Design=<br /> There are many different ways to get your design ready for carving on the X-Carve CNC. Some of the common tools that can be used for designing include: <br /> * Adobe Illustrator<br /> * Inkscape <br /> * Fusion 360<br /> * VCarve<br /> * and more... <br /> <br /> The goal of design prep is to take a drawing / design and convert it to machine readable commands called G-Code. This Wiki will show you how to open an existing VCarve file to prepare it for milling by creating the G-Code that will be used to control the CNC. For a brief overview of creating a very simple design using V-Carve, you can [http://wiki.makerfx.org/VCarveTutorial click here] or view one of the several videos on YouTube on using VCarve. <br /> <br /> === Open VCarve ===<br /> To get started: <br /> # Open VCarve using the shortcut on the desktop<br /> # <br /> <br /> *Open Model (*.xxx)<br /> <br /> === Select Tool ===<br /> *Existing Tool: Select tool<br /> *New Tool:<br /> 1. Measure Tool<br /> <br /> == Save Toolpath ==<br /> *EMC2 Arcs(inch} (*.ngc)<br /> <br /> ----<br /> <br /> =Machine Setup= <br /> <br /> =Load Material=<br /> *Use carpet tape (or other 2x-sided tape)<br /> =Load Tool=<br /> *Unscrew Spindle<br /> *Load Tool<br /> *Lock Spindle<br /> *Hand tighten<br /> *Spindle Tool tighten<br /> *Put spindle tool away<br /> =Setup=<br /> *Turn Spindle '''Off'''<br /> *Apply Safety Glasses<br /> *Turn Machine On<br /> *Hold down |Shift| to run as Admin<br /> *Open Joy-To-Key<br /> *Open CNC USB Controller<br /> *File-&gt;Import GCode<br /> =Zero Tool=<br /> *Jog Tool to your material origin<br /> *Z down almost to material<br /> *Using paper, step down until paper hard to move<br /> *-&gt;Machine-&gt;Offset-&gt;Current XY<br /> *-&gt;Machine-&gt;Offset-&gt;Current Z<br /> *-&gt;Machine-&gt;Zero XY<br /> *-&gt;Machine-&gt;Zero Z<br /> <br /> =Final Check=<br /> *Apply Safety Glasses<br /> *Install Dust Collection<br /> *Turn Dust Collector '''On'''<br /> *Turn Spindle '''On'''<br /> *Press '''START'''<br /> *Monitor part w ESTOP &amp; Pause<br /> *Override Feed Rate if going too slow<br /> ----<br /> [[X-Carve_1000mm_CNC_Router|Go to The X-Carve_1000mm_CNC_Router]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=Maker_FX_X-Carve_1000mm_CNC_Router_Instructions&diff=635 2017-07-26T01:38:14Z

<p>Jstutz: </p> <hr /> <div>=CAUTION!!!!=<br /> '''&lt;span style=&quot;color:red&quot;&gt;The use of the X-Carve CNC machine is at MakerFX is limited to only those individuals who: &lt;/span&gt;'''<br /> # Have attended a training class<br /> # Been certified to use the machine<br /> # Take the necessary safety precautions such as wearing close toed shoes, safety glasses and snug fitting clothing. <br /> <br /> This machine ''can be dangerous'' if used improperly resulting in serious bodily injury or damage to the machine. <br /> <br /> =Overview=<br /> Operating the X-Carve requires both setting up the hardware and preparing your design files for the X-Carve. This page is divided into two main parts: <br /> * Preparing your Design<br /> * Machine Setup<br /> <br /> =Preparing your Design=<br /> There are many different ways to get your design ready for carving on the X-Carve CNC. Some of the common tools that can be used for designing include: <br /> * Adobe Illustrator<br /> * Inkscape <br /> * Fusion 360<br /> * VCarve<br /> * and more... <br /> <br /> The goal of design prep is to take a drawing / design and convert it to machine readable commands called G-Code. This Wiki will show you how to open an existing VCarve file to prepare it for milling by creating the G-Code that will be used to control the CNC. For a brief overview of creating a very simple design using V-Carve, you can [http://wiki.makerfx.org/VCarveTutorial click here] or view one of the several videos on YouTube on using VCarve. <br /> <br /> === Open VCarve ===<br /> To get started: <br /> # Open VCarve using the shortcut on the desktop<br /> # <br /> <br /> *Open Model (*.xxx)<br /> <br /> === Select Tool ===<br /> *Existing Tool: Select tool<br /> *New Tool:<br /> 1. Measure Tool<br /> <br /> == Save Toolpath ==<br /> *EMC2 Arcs(inch} (*.ngc)<br /> <br /> ----<br /> <br /> =Machine Setup= <br /> <br /> =Load Material=<br /> *Use carpet tape (or other 2x-sided tape)<br /> =Load Tool=<br /> *Unscrew Spindle<br /> *Load Tool<br /> *Lock Spindle<br /> *Hand tighten<br /> *Spindle Tool tighten<br /> *Put spindle tool away<br /> =Setup=<br /> *Turn Spindle '''Off'''<br /> *Apply Safety Glasses<br /> *Turn Machine On<br /> *Hold down |Shift| to run as Admin<br /> *Open Joy-To-Key<br /> *Open CNC USB Controller<br /> *File-&gt;Import GCode<br /> =Zero Tool=<br /> *Jog Tool to your material origin<br /> *Z down almost to material<br /> *Using paper, step down until paper hard to move<br /> *-&gt;Machine-&gt;Offset-&gt;Current XY<br /> *-&gt;Machine-&gt;Offset-&gt;Current Z<br /> *-&gt;Machine-&gt;Zero XY<br /> *-&gt;Machine-&gt;Zero Z<br /> <br /> =Final Check=<br /> *Apply Safety Glasses<br /> *Install Dust Collection<br /> *Turn Dust Collector '''On'''<br /> *Turn Spindle '''On'''<br /> *Press '''START'''<br /> *Monitor part w ESTOP &amp; Pause<br /> *Override Feed Rate if going too slow<br /> ----<br /> [[X-Carve_1000mm_CNC_Router|Go to The X-Carve_1000mm_CNC_Router]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=VCarveTutorial&diff=634 2017-07-26T01:33:29Z

<p>Jstutz: /* Creating the Toolpaths */</p> <hr /> <div>=Overview=<br /> VCarve is one of the many tools you can use to create designs for the X-Carve CNC. MakerFX has a fully functional Makerspace edition of VCarve Pro on the CNC controller computer which is available for members for use. To learn more about VCarve, visit [http://www.vectric.com/products/vcarve.htm their website]. <br /> <br /> =Tutorial=<br /> This is a very simple tutorial will demonstrate how to use the CNC to design a file that will cut two &quot;channels&quot; for t-track from a piece of lumber, from creating a new VCarve file through preparing the GCode for the CNC to use. This tutorial is broken down into the following sections: <br /> * Creating a new VCarve Job<br /> * Drawing your designs<br /> * Creating the Toolpaths<br /> * Saving your GCode <br /> <br /> <br /> <br /> == Creating a new VCarve Job ==<br /> This step is very straight forward and is like creating a new file in any software program you might be familiar with. The critical part of this step is properly setting the dimensions of the material you will be milling. <br /> '''&lt;span style=&quot;color:red&quot;&gt;NOTE: Failing to properly set the dimensions of your material could result in damage to your project, the bit or to the machine!!!&lt;/span&gt;'''<br /> <br /> # Open VCarve using the shortcut on the desktop<br /> # Either open an existing model, or create a new one. For this tutorial, we'll create a new one. <br /> #:[[File:XCarveNewFile.png]]<br /> # From the JOB SETUP panel, you need to enter the details of the material you'll be using. The image below shows the most important settings: <br /> #* ITEM 1: the width and height of your stock<br /> #* ITEM 2: the thickness of the stock<br /> #* ITEM 3: the XY &quot;starting position&quot; of the tool for the job (NOTE: this needs to match where you actually plan to align the tool head when setting up the machine)<br /> #* ITEM 4: the units you are using when setting up the job. <br /> #*:[[File:XCarveJobSetup.png]]<br /> # When you are done setting up your job, click the '''OK''' button. The Job Setup panel will close and you will be shown a blank VCarve design screen. <br /> #:[[File:XCarveBlank.png|800px]]<br /> <br /> == Drawing your designs ==<br /> Once your file has been created, it is time to start your drawing. For this tutorial, we need to carve two grooves into the wood for t-track. The t-track is 12.446 mm deep and 18.542 mm wide. VCarve provides a variety of tools to draw and modify shapes. To draw our grooves, we'll: <br /> # Start by selecting the '''Rectangle Vector''' tool<br /> #:[[File:XCarveRectangle.png]]<br /> # Next, draw a rectangle anywhere on the drawing that represent where we want the grooves to be milled. The placement or size doesn't matter in this step. <br /> # To accurately size and place the grooves, we can use the fields in the ''Draw Rectangle'' panel. <br /> #* The X and Y values at the top under the ''Anchor Point'' setting allows you to set the X and Y position of the object. In this case, we want the object to be about 1/4 of the way from the left edge and bottom aligned. Since the Anchor Point is set to the lower left corner, to achieve this we need to go in 178 mm on the X axis and 0 for the Y axis.<br /> #* The size of the groove can be set using the ''Size'' settings, specifically the '''Width (X)''' and '''Height (Y)'' fields. The width of the t-track is 18.542 mm and we want to run 1/2 way down the wood, or 152 mm.<br /> #:[[File:XCarveDrawRectangle.png|400px]]<br /> # Once finished, hit the '''Create''' button to draw your object. <br /> # Create another rectangle of the same dimensions, but for this one, set the X / Y coordinates to 535 and 0 to have the second track about 1/4 way in from the other side of the material. <br /> <br /> == Creating the Toolpaths ==<br /> Once your design is done, you need to create the Toolpaths, or the instructions the CNC will use to mill your object. Depending on the complexity of your design, you may only need one toolpath or you may need several. Each toolpath defines parameters such as: <br /> * The type of bit that will be used<br /> * The speeds and feeds of the cut<br /> * The depth of the cut<br /> * The pattern the tool should follow. <br /> <br /> To setup a tool path: <br /> # Select the object or objects you wish to be a part of this path. You can select multiple object by SHIFT + Left Clicking each object. CTRL + A selects them all. <br /> # If it is not already expanded, click on the '''Toolpaths''' panel in the upper right corner of VCarve. <br /> # There are several different types of Toolpaths you can use. For this tutorial we'll use the Pocket Toolpath by clicking on it. The ''Pocket Toolpath'' panel will appear. <br /> #: [[File:XCarvePocket.png]]<br /> # The ''Pocket Toothpath'' settings contains all of the <br /> #: [[XCarvePocketDetails.png.png]]<br /> <br /> == Saving your GCode ==</div>

Jstutz https://wiki.makerfx.org/index.php?title=Maker_FX_X-Carve_1000mm_CNC_Router_Instructions&diff=633 2017-07-26T01:32:15Z

<p>Jstutz: </p> <hr /> <div>=Overview=<br /> Operating the X-Carve requires both setting up the hardware and preparing your design files for the X-Carve. This page is divided into two main parts: <br /> * Preparing your Design<br /> * Machine Setup<br /> <br /> =Preparing your Design=<br /> There are many different ways to get your design ready for carving on the X-Carve CNC. Some of the common tools that can be used for designing include: <br /> * Adobe Illustrator<br /> * Inkscape <br /> * Fusion 360<br /> * VCarve<br /> * and more... <br /> <br /> The goal of design prep is to take a drawing / design and convert it to machine readable commands called G-Code. This Wiki will show you how to open an existing VCarve file to prepare it for milling by creating the G-Code that will be used to control the CNC. For a brief overview of creating a very simple design using V-Carve, you can [http://wiki.makerfx.org/VCarveTutorial click here] or view one of the several videos on YouTube on using VCarve. <br /> <br /> === Open VCarve ===<br /> To get started: <br /> # Open VCarve using the shortcut on the desktop<br /> # <br /> <br /> *Open Model (*.xxx)<br /> <br /> === Select Tool ===<br /> *Existing Tool: Select tool<br /> *New Tool:<br /> 1. Measure Tool<br /> <br /> == Save Toolpath ==<br /> *EMC2 Arcs(inch} (*.ngc)<br /> <br /> ----<br /> <br /> =Machine Setup= <br /> <br /> =Load Material=<br /> *Use carpet tape (or other 2x-sided tape)<br /> =Load Tool=<br /> *Unscrew Spindle<br /> *Load Tool<br /> *Lock Spindle<br /> *Hand tighten<br /> *Spindle Tool tighten<br /> *Put spindle tool away<br /> =Setup=<br /> *Turn Spindle '''Off'''<br /> *Apply Safety Glasses<br /> *Turn Machine On<br /> *Hold down |Shift| to run as Admin<br /> *Open Joy-To-Key<br /> *Open CNC USB Controller<br /> *File-&gt;Import GCode<br /> =Zero Tool=<br /> *Jog Tool to your material origin<br /> *Z down almost to material<br /> *Using paper, step down until paper hard to move<br /> *-&gt;Machine-&gt;Offset-&gt;Current XY<br /> *-&gt;Machine-&gt;Offset-&gt;Current Z<br /> *-&gt;Machine-&gt;Zero XY<br /> *-&gt;Machine-&gt;Zero Z<br /> <br /> =Final Check=<br /> *Apply Safety Glasses<br /> *Install Dust Collection<br /> *Turn Dust Collector '''On'''<br /> *Turn Spindle '''On'''<br /> *Press '''START'''<br /> *Monitor part w ESTOP &amp; Pause<br /> *Override Feed Rate if going too slow<br /> ----<br /> [[X-Carve_1000mm_CNC_Router|Go to The X-Carve_1000mm_CNC_Router]]<br /> <br /> [[Report_Dead_Links_Here|Report Dead Links]]</div>

Jstutz https://wiki.makerfx.org/index.php?title=VCarveTutorial&diff=632 2017-07-26T01:21:41Z

<p>Jstutz: /* Creating the Toolpaths */</p> <hr /> <div>=Overview=<br /> VCarve is one of the many tools you can use to create designs for the X-Carve CNC. MakerFX has a fully functional Makerspace edition of VCarve Pro on the CNC controller computer which is available for members for use. To learn more about VCarve, visit [http://www.vectric.com/products/vcarve.htm their website]. <br /> <br /> =Tutorial=<br /> This is a very simple tutorial will demonstrate how to use the CNC to design a file that will cut two &quot;channels&quot; for t-track from a piece of lumber, from creating a new VCarve file through preparing the GCode for the CNC to use. This tutorial is broken down into the following sections: <br /> * Creating a new VCarve Job<br /> * Drawing your designs<br /> * Creating the Toolpaths<br /> * Saving your GCode <br /> <br /> <br /> <br /> == Creating a new VCarve Job ==<br /> This step is very straight forward and is like creating a new file in any software program you might be familiar with. The critical part of this step is properly setting the dimensions of the material you will be milling. <br /> '''&lt;span style=&quot;color:red&quot;&gt;NOTE: Failing to properly set the dimensions of your material could result in damage to your project, the bit or to the machine!!!&lt;/span&gt;'''<br /> <br /> # Open VCarve using the shortcut on the desktop<br /> # Either open an existing model, or create a new one. For this tutorial, we'll create a new one. <br /> #:[[File:XCarveNewFile.png]]<br /> # From the JOB SETUP panel, you need to enter the details of the material you'll be using. The image below shows the most important settings: <br /> #* ITEM 1: the width and height of your stock<br /> #* ITEM 2: the thickness of the stock<br /> #* ITEM 3: the XY &quot;starting position&quot; of the tool for the job (NOTE: this needs to match where you actually plan to align the tool head when setting up the machine)<br /> #* ITEM 4: the units you are using when setting up the job. <br /> #*:[[File:XCarveJobSetup.png]]<br /> # When you are done setting up your job, click the '''OK''' button. The Job Setup panel will close and you will be shown a blank VCarve design screen. <br /> #:[[File:XCarveBlank.png|800px]]<br /> <br /> == Drawing your designs ==<br /> Once your file has been created, it is time to start your drawing. For this tutorial, we need to carve two grooves into the wood for t-track. The t-track is 12.446 mm deep and 18.542 mm wide. VCarve provides a variety of tools to draw and modify shapes. To draw our grooves, we'll: <br /> # Start by selecting the '''Rectangle Vector''' tool<br /> #:[[File:XCarveRectangle.png]]<br /> # Next, draw a rectangle anywhere on the drawing that represent where we want the grooves to be milled. The placement or size doesn't matter in this step. <br /> # To accurately size and place the grooves, we can use the fields in the ''Draw Rectangle'' panel. <br /> #* The X and Y values at the top under the ''Anchor Point'' setting allows you to set the X and Y position of the object. In this case, we want the object to be about 1/4 of the way from the left edge and bottom aligned. Since the Anchor Point is set to the lower left corner, to achieve this we need to go in 178 mm on the X axis and 0 for the Y axis.<br /> #* The size of the groove can be set using the ''Size'' settings, specifically the '''Width (X)''' and '''Height (Y)'' fields. The width of the t-track is 18.542 mm and we want to run 1/2 way down the wood, or 152 mm.<br /> #:[[File:XCarveDrawRectangle.png|400px]]<br /> # Once finished, hit the '''Create''' button to draw your object. <br /> # Create another rectangle of the same dimensions, but for this one, set the X / Y coordinates to 535 and 0 to have the second track about 1/4 way in from the other side of the material. <br /> <br /> == Creating the Toolpaths ==<br /> Once your design is done, you need to create the Toolpaths, or the instructions the CNC will use to mill your object. Depending on the complexity of your design, you may only need one toolpath or you may need several. Each toolpath defines parameters such as: <br /> * The type of bit that will be used<br /> * The speeds and feeds of the cut<br /> * The depth of the cut<br /> * The pattern the tool should follow. <br /> <br /> To setup a tool path: <br /> # Select the object or objects you wish to be a part of this path. You can select multiple object by SHIFT + Left Clicking each object. CTRL + A selects them all. <br /> # If it is not already expanded, click on the '''Toolpaths''' panel in the upper right corner of VCarve. <br /> # There are several different types of Toolpaths you can use. For this tutorial we'll use the Pocket Toolpath by clicking on it. <br /> #: [[File:XCarvePocket.png]]<br /> # From the ''Pocket Toothpath'' settings panel, we can<br /> <br /> == Saving your GCode ==</div>

Jstutz https://wiki.makerfx.org/index.php?title=File:XCarvePocketDetails.png&diff=631 2017-07-26T01:20:51Z

<p>Jstutz: </p> <hr /> <div></div>

Jstutz https://wiki.makerfx.org/index.php?title=File:XCarvePocket.png&diff=630 2017-07-26T01:17:12Z

<p>Jstutz: </p> <hr /> <div></div>

Jstutz https://wiki.makerfx.org/index.php?title=VCarveTutorial&diff=629 2017-07-26T00:31:28Z

<p>Jstutz: </p> <hr /> <div>=Overview=<br /> VCarve is one of the many tools you can use to create designs for the X-Carve CNC. MakerFX has a fully functional Makerspace edition of VCarve Pro on the CNC controller computer which is available for members for use. To learn more about VCarve, visit [http://www.vectric.com/products/vcarve.htm their website]. <br /> <br /> =Tutorial=<br /> This is a very simple tutorial will demonstrate how to use the CNC to design a file that will cut two &quot;channels&quot; for t-track from a piece of lumber, from creating a new VCarve file through preparing the GCode for the CNC to use. This tutorial is broken down into the following sections: <br /> * Creating a new VCarve Job<br /> * Drawing your designs<br /> * Creating the Toolpaths<br /> * Saving your GCode <br /> <br /> <br /> <br /> == Creating a new VCarve Job ==<br /> This step is very straight forward and is like creating a new file in any software program you might be familiar with. The critical part of this step is properly setting the dimensions of the material you will be milling. <br /> '''&lt;span style=&quot;color:red&quot;&gt;NOTE: Failing to properly set the dimensions of your material could result in damage to your project, the bit or to the machine!!!&lt;/span&gt;'''<br /> <br /> # Open VCarve using the shortcut on the desktop<br /> # Either open an existing model, or create a new one. For this tutorial, we'll create a new one. <br /> #:[[File:XCarveNewFile.png]]<br /> # From the JOB SETUP panel, you need to enter the details of the material you'll be using. The image below shows the most important settings: <br /> #* ITEM 1: the width and height of your stock<br /> #* ITEM 2: the thickness of the stock<br /> #* ITEM 3: the XY &quot;starting position&quot; of the tool for the job (NOTE: this needs to match where you actually plan to align the tool head when setting up the machine)<br /> #* ITEM 4: the units you are using when setting up the job. <br /> #*:[[File:XCarveJobSetup.png]]<br /> # When you are done setting up your job, click the '''OK''' button. The Job Setup panel will close and you will be shown a blank VCarve design screen. <br /> #:[[File:XCarveBlank.png|800px]]<br /> <br /> == Drawing your designs ==<br /> Once your file has been created, it is time to start your drawing. For this tutorial, we need to carve two grooves into the wood for t-track. The t-track is 12.446 mm deep and 18.542 mm wide. VCarve provides a variety of tools to draw and modify shapes. To draw our grooves, we'll: <br /> # Start by selecting the '''Rectangle Vector''' tool<br /> #:[[File:XCarveRectangle.png]]<br /> # Next, draw a rectangle anywhere on the drawing that represent where we want the grooves to be milled. The placement or size doesn't matter in this step. <br /> # To accurately size and place the grooves, we can use the fields in the ''Draw Rectangle'' panel. <br /> #* The X and Y values at the top under the ''Anchor Point'' setting allows you to set the X and Y position of the object. In this case, we want the object to be about 1/4 of the way from the left edge and bottom aligned. Since the Anchor Point is set to the lower left corner, to achieve this we need to go in 178 mm on the X axis and 0 for the Y axis.<br /> #* The size of the groove can be set using the ''Size'' settings, specifically the '''Width (X)''' and '''Height (Y)'' fields. The width of the t-track is 18.542 mm and we want to run 1/2 way down the wood, or 152 mm.<br /> #:[[File:XCarveDrawRectangle.png|400px]]<br /> # Once finished, hit the '''Create''' button to draw your object. <br /> # Create another rectangle of the same dimensions, but for this one, set the X / Y coordinates to 535 and 0 to have the second track about 1/4 way in from the other side of the material. <br /> <br /> == Creating the Toolpaths ==<br /> <br /> <br /> == Saving your GCode ==</div>

Jstutz https://wiki.makerfx.org/index.php?title=File:XCarveDrawRectangle.png&diff=628 2017-07-26T00:28:13Z

<p>Jstutz: Jstutz uploaded a new version of File:XCarveDrawRectangle.png</p> <hr /> <div></div>

Jstutz https://wiki.makerfx.org/index.php?title=File:XCarveDrawRectangle.png&diff=627 2017-07-26T00:25:22Z

<p>Jstutz: Jstutz uploaded a new version of File:XCarveDrawRectangle.png</p> <hr /> <div></div>

Jstutz https://wiki.makerfx.org/index.php?title=File:XCarveDrawRectangle.png&diff=625 2017-07-26T00:04:06Z

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Jstutz https://wiki.makerfx.org/index.php?title=File:XCarveRectangle.png&diff=624 2017-07-26T00:03:52Z

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Jstutz https://wiki.makerfx.org/index.php?title=VCarveTutorial&diff=618 2017-07-25T23:32:39Z

<p>Jstutz: </p> <hr /> <div>=Overview=<br /> VCarve is one of the many tools you can use to create designs for the X-Carve CNC. MakerFX has a fully functional Makerspace edition of VCarve Pro on the CNC controller computer which is available for members for use. To learn more about VCarve, visit [http://www.vectric.com/products/vcarve.htm their website]. <br /> <br /> =Tutorial=<br /> This is a very simple tutorial that steps you through the process of creating a new VCarve file through preparing the GCode for the CNC to use. This tutorial is broken down into the following sections: <br /> * Creating a new VCarve Job<br /> * Drawing your designs<br /> * Creating the Toolpaths<br /> * Saving your GCode <br /> <br /> == Creating a new VCarve Job ==<br /> # Open VCarve using the shortcut on the desktop<br /> # Either open an existing model, or create a new one. For this tutorial, we'll create a new one. <br /> #:[[File:XCarveNewFile.png]]<br /> # From the JOB SETUP panel, you need to enter the details of the material you'll be using. The image below shows the most important settings: <br /> #* ITEM 1: the width and height of your stock<br /> #* ITEM 2: the thickness of the stock<br /> #* ITEM 3: the XY &quot;starting position&quot; of the tool for the job (NOTE: this needs to match where you actually plan to align the tool head when setting up the machine)<br /> #* ITEM 4: the units you are using when setting up the job. <br /> #*:[[File:XCarveJobSetup.png]]<br /> # When you are done setting up your job, click the '''OK''' button. The Job Setup panel will close and you will be shown a blank VCarve design screen. <br /> #:[[File:XCarveBlank.png|800px]]<br /> <br /> == Drawing your designs ==<br /> == Creating the Toolpaths ==<br /> == Saving your GCode ==</div>

Jstutz