Generate custom DXF files for laser cutting from your own design

What is in the DXF

• AC1015 ASCII DXF with $INSUNITS = 4 (millimetres).
• Closed LWPOLYLINEs with arcs stored as bulges, plus CIRCLEs; one layer per operation (CUT_OUTER, CUT_INNER, SCORE, ENGRAVE_VECTOR).
• A comment header with the design hash and generator version so a file can always be traced to its design revision.

Parametric parts inside your DXF

Drop a finger-joint box or an organizer into the canvas: its joints are generated from the measured thickness and optional kerf, nested onto the sheet and exported with your own outlines in the same file.

Kerf, measured not guessed

Kerf compensation is optional and uses the value you measure on a test cut: outer contours grow by half the kerf, holes shrink by half, following the machine-centreline convention documented in every package.

What we do not promise

• Validation covers geometry (closed outlines, minimum detail, duplicate cut lines, fit on the sheet or page), not your machine: power, speed and blade settings stay with you — cut a test piece first.
• A photo has no scale: traced artwork gets the width you type; dimensionally exact digitization needs the calibration-sheet flow.
• CNC toolpaths and 3D printing are not generated; the 2D profile can be exported for your own CAM software.