Difference between revisions of "Laser Jigsaw Puzzle"
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Steps | Steps | ||
# Attach your document / photo to the piece of chipboard. Try and keep it parallel to one of the edges. | # Attach your document / photo to the piece of chipboard. Try and keep it parallel to one of the edges. | ||
| − | # Measure the dimensions of the puzzle | + | # Measure the dimensions of the puzzle |
| + | #* You will need this for the next step to create the SVG | ||
| + | #* For this puzzle it is 260mm x 201mm. | ||
# Generate a Jigsaw SVG file - [http://bit.ly/jigsawsvg Click Here] | # Generate a Jigsaw SVG file - [http://bit.ly/jigsawsvg Click Here] | ||
| + | #* For this example I configured tiles to be 8 x 6 for a total of 48 pieces | ||
| + | #* Remember to click Download SVG as this will be needed later | ||
# Use Illustrator and create a document the desired size of the puzzle | # Use Illustrator and create a document the desired size of the puzzle | ||
# Use File -> Place function to import the SVG file into the AI document | # Use File -> Place function to import the SVG file into the AI document | ||
Latest revision as of 13:09, 24 May 2019
Medium weight chipboard works best for a puzzle. Below is a links to different products on Amazon...
You can use various adhesives to attach a document / photo to the chipboard.
Steps
- Attach your document / photo to the piece of chipboard. Try and keep it parallel to one of the edges.
- Measure the dimensions of the puzzle
- You will need this for the next step to create the SVG
- For this puzzle it is 260mm x 201mm.
- Generate a Jigsaw SVG file - Click Here
- For this example I configured tiles to be 8 x 6 for a total of 48 pieces
- Remember to click Download SVG as this will be needed later
- Use Illustrator and create a document the desired size of the puzzle
- Use File -> Place function to import the SVG file into the AI document
