Difference between revisions of "Deltamaker 2"
| Line 63: | Line 63: | ||
| [http://things.deltamaker.com/support/DeltaMaker-Getting-Started-Guide.pdf#page=8 Calibration] | | [http://things.deltamaker.com/support/DeltaMaker-Getting-Started-Guide.pdf#page=8 Calibration] | ||
| − | + | A. Under the Control tab, click “Auto Bed Mapping”. | |
| − | + | B. This process will take a couple of minutes. You will see the nozzle moving to the bed in several locations around the bed. This is how the printer maps out the bed and knows exactly where it is. | |
| [[File:Deltamaker-Calibration.jpg|400px|right]] | | [[File:Deltamaker-Calibration.jpg|400px|right]] | ||
| Line 74: | Line 74: | ||
| [http://things.deltamaker.com/support/DeltaMaker-Getting-Started-Guide.pdf#page=9 Setting nozzle height] | | [http://things.deltamaker.com/support/DeltaMaker-Getting-Started-Guide.pdf#page=9 Setting nozzle height] | ||
| − | + | A. Place a regular sheet of paper on the printer bed, and select “Move Nozzle to Bed”. | |
| − | + | B. After the nozzle is lowered, you should be able to move the paper under the nozzle with a small amount of friction. If you feel no friction, it means the nozzle is too high. Click on “Too High” and retest for friction. If it feels tight or you feel a lot of friction, click on “Too Low”. This will raise the nozzle slightly. Adjust the nozzle until you feel just a small amount of friction between it and the sheet of paper. | |
| [[File:Deltamaker-SetNozzleHeight.jpg|400px|right]] | | [[File:Deltamaker-SetNozzleHeight.jpg|400px|right]] | ||
| Line 85: | Line 85: | ||
| [http://things.deltamaker.com/support/DeltaMaker-Getting-Started-Guide.pdf#page=18 Instructions if you need to unload filament] | | [http://things.deltamaker.com/support/DeltaMaker-Getting-Started-Guide.pdf#page=18 Instructions if you need to unload filament] | ||
| − | + | A. Make sure your DeltaMaker 3D Printer is at temperature (230°C). | |
| − | + | B. Grasp the filament directly below the extruder drive, and pinch the trigger. | |
| − | + | C. PUSH a few centimeters of filament into the extruder, and observe a string of melted filament exiting the nozzle. | |
| − | + | D. Then, SLOWLY PULL the filament out of the extruder, and recoil it on your filament spool. | |
| | | | ||
| Line 100: | Line 100: | ||
| [http://things.deltamaker.com/support/DeltaMaker-Getting-Started-Guide.pdf#page=10 Loading filament] | | [http://things.deltamaker.com/support/DeltaMaker-Getting-Started-Guide.pdf#page=10 Loading filament] | ||
| − | + | A. Under the Temperature tab, select 230 degrees C from dropdown box for the hot end labeled | |
“set”. The nozzle gets VERY HOT. Always use snips, pliers or other tools when removing scraps of | “set”. The nozzle gets VERY HOT. Always use snips, pliers or other tools when removing scraps of | ||
PLA from the nozzle. | PLA from the nozzle. | ||
| − | + | B. Snip at a slight angle the end of the spool of PLA (about .5” from the end or past any sharp kinks). | |
| − | + | C. Straighten the first six inches of the PLA by gently bending it. | |
| − | + | D. Slip the end of the PLA through the hole in the trigger. | |
| − | + | E. Squeeze the trigger and push the PLA up into the Bowden (clear) tube. Getting it past the opening may require turning the PLA or adjusting hand position. | |
| − | + | F. Once past the opening, you should be able to see the PLA going through the tube toward the | |
extruder. You will feel the PLA stop, but you aren’t quite there just yet. Keep feeding the PLA | extruder. You will feel the PLA stop, but you aren’t quite there just yet. Keep feeding the PLA | ||
while squeezing the trigger. | while squeezing the trigger. | ||
| − | + | G. Slowly and easily push the PLA past the resistance point at the end of the tube. You should be | |
able to feel it give way and then see PLA flowing from the print head. | able to feel it give way and then see PLA flowing from the print head. | ||
Revision as of 17:10, 31 August 2018
REMEMBER To Reserve Time!
Various tools such as the lasers (Epilog or Audrey), 3D Printers, and Forest CNC need to be reserved before using the tool. Review the Slack channel for the tool to reserve time.
- All 3D Printers (channel: mfx-3d-printing)
- Laser Epilog (channel: mfx-laser-epilog)
- Laser Audrey (channel: mfx-laser-audrey)
- Laser Boss 1630 aka Bruce (channel: mfx-laser-boss-1630)
- Forest CNC (channel: mfx-cnc)
NOTICE!
PLA only! No PETG or ABS / Local Source for PLA (Get MakerFX discount code from zone manager)
DeltaMaker Printers at MakerFX
The DeltaMaker printers have OctoPrint built-in which includes a built-in slicer. Click any of the printers below to be directed to OctoPrint.
Login as admin with password of 3dadmin to operate the printer.
deltamaker-0197 |
deltamaker-0187 |
deltamaker-0168 |
 |
|
|
| http://192.168.1.98 | http://192.168.1.204 | http://192.168.1.202 |
| 240mm hexagon x 260 mm | 240mm hexagon x 260 mm | 240mm hexagon x 260 mm |
| Heated Bed = NO | Heated Bed = NO | Heated Bed = NO |
| Nozzle = 0.40 | Nozzle = 0.40 | Nozzle = 0.40 |
Pre-Flight Instructions
Once these steps are completed, they do not need to be completed before each and every print in a given session. They only take a few minutes to complete and it will ensure you have a good experience with the printer.
| Step | Text Instructions | Screenshot | Video Instructions |
| 1 | Calibration
A. Under the Control tab, click “Auto Bed Mapping”. B. This process will take a couple of minutes. You will see the nozzle moving to the bed in several locations around the bed. This is how the printer maps out the bed and knows exactly where it is. |
 |
Need volunteer! |
| 2 | Setting nozzle height
A. Place a regular sheet of paper on the printer bed, and select “Move Nozzle to Bed”. B. After the nozzle is lowered, you should be able to move the paper under the nozzle with a small amount of friction. If you feel no friction, it means the nozzle is too high. Click on “Too High” and retest for friction. If it feels tight or you feel a lot of friction, click on “Too Low”. This will raise the nozzle slightly. Adjust the nozzle until you feel just a small amount of friction between it and the sheet of paper. |
 |
Need volunteer! |
| 3 | Instructions if you need to unload filament
A. Make sure your DeltaMaker 3D Printer is at temperature (230°C). B. Grasp the filament directly below the extruder drive, and pinch the trigger. C. PUSH a few centimeters of filament into the extruder, and observe a string of melted filament exiting the nozzle. D. Then, SLOWLY PULL the filament out of the extruder, and recoil it on your filament spool. |
Need volunteer! | |
| 4 | Loading filament
A. Under the Temperature tab, select 230 degrees C from dropdown box for the hot end labeled “set”. The nozzle gets VERY HOT. Always use snips, pliers or other tools when removing scraps of PLA from the nozzle. B. Snip at a slight angle the end of the spool of PLA (about .5” from the end or past any sharp kinks). C. Straighten the first six inches of the PLA by gently bending it. D. Slip the end of the PLA through the hole in the trigger. E. Squeeze the trigger and push the PLA up into the Bowden (clear) tube. Getting it past the opening may require turning the PLA or adjusting hand position. F. Once past the opening, you should be able to see the PLA going through the tube toward the extruder. You will feel the PLA stop, but you aren’t quite there just yet. Keep feeding the PLA while squeezing the trigger. G. Slowly and easily push the PLA past the resistance point at the end of the tube. You should be able to feel it give way and then see PLA flowing from the print head. |
Need volunteer! | |
| 5 | Preparing to print | Need volunteer! |
Consumables
- Tape
- Sandpaper (80 grit)
- Purple Disappearing Glue Stick
Information
