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Jigsawify

SVG Export Checklist for Laser/CNC Puzzle Production

Practical maker checklist for exporting SVG puzzle templates in Jigsawify and preparing cleaner cuts in LightBurn, RDWorks, or CNC workflows.
Feb 10, 2026

If you are creating physical puzzles, SVG export quality determines your cutting quality.

This guide gives you a practical setup checklist for laser/CNC production using Jigsawify.

If you are still deciding whether you need printable output or maker export, compare the two paths first:

Start here

Open the generator:

Production workflow overview

  1. Set canvas size to match your material
  2. Configure piece parameters
  3. Generate and inspect layout
  4. Export SVG
  5. Apply machine-side compensation and test cut

Step 1: match canvas to real material

Before design decisions, lock dimensions that match your stock:

  • Wood/acrylic sheet size
  • CNC bed constraints
  • Desired final puzzle size

This avoids downstream scaling surprises.

Step 2: choose piece complexity deliberately

Balance aesthetics and production speed:

  • Lower complexity for faster batches
  • Higher complexity for premium puzzle feel

If you are testing a new material, start simpler first.

Step 3: save Seed for reproducibility

Seed values help you regenerate the same pattern later.

Use this when:

  • You need replacement pieces
  • You run multiple production batches
  • You iterate materials but keep geometry consistent

Step 4: export SVG and inspect paths

After export:

  • Open in LightBurn/RDWorks/Inkscape/Illustrator
  • Confirm dimensions and units
  • Confirm line visibility and stroke behavior

Do a quick visual pass before machine time.

Step 5: apply kerf compensation in machine workflow

Kerf tuning is material and machine specific. Start with conservative compensation and run a small fit test.

Your goal:

  • Pieces interlock without forced pressure
  • Tabs are not too fragile
  • Fit consistency remains stable across the sheet

Maker preflight checklist

Run this every time before batch cutting:

  1. Final dimensions confirmed
  2. Seed recorded
  3. SVG opened in target software
  4. Unit system verified
  5. Test cut completed
  6. Fit test passed

Common production mistakes

Scaling after export without validation

Fix: always verify physical dimensions in cutting software before output.

Skipping test cuts

Fix: cut a small subset first to validate fit and tab strength.

Not recording seed/config

Fix: log seed + key parameters in a production sheet.

Over-optimizing complexity too early

Fix: ship a stable baseline first, then iterate complexity.

Suggested production log template

Track these fields per job:

  • Job name
  • Material type/thickness
  • Canvas size
  • Piece settings
  • Seed value
  • Kerf setting
  • Pass/fail notes

This turns trial-and-error into a reusable process.

FAQ

Should I use SVG or printable output for laser cutting?

For laser/CNC path workflows, SVG is the primary format.

Can I use the same design for multiple batches?

Yes. Save Seed and parameter settings for consistent regeneration.

Is one kerf setting valid for all materials?

Usually no. Validate per material and thickness.

Read this next

If you are still deciding whether you need maker export at all, and not just a paper-friendly printable workflow, read:

Need help with a failed cut batch?

Send support:

  • SVG file and settings
  • Material and thickness
  • Photos of fit issues

Support: [email protected]

SVG Export Checklist for Laser/CNC Puzzle Production