Cut & Stack Fabrication · Stacked Layers Workflow

Depth from real material thickness.

Instead of one grayscale engrave, split the relief into posterized vector cut-layers — cut each one separately from plywood, cardstock, or acrylic and physically stack them. The depth comes from the layers themselves, not from a laser burning into a single piece.

Layer Count

3 to 8 bands

Choose how many discrete depth bands the relief is posterized into — more layers means finer depth resolution and more pieces to cut and stack.

Band Mode

Cumulative or Discrete

Cumulative layers are sized for actual stacking. Discrete mode isolates each individual ring for inspection before you commit to cutting.

Cleanup

Minimum island size

Filters out cut fragments too small to physically handle, so you're not left trying to place a sliver of material by hand.

Precision

Kerf compensation

Grows each layer's cut path outward (and shrinks interior holes) by half your laser's kerf width, so the material your beam actually removes doesn't leave layers undersized. Set it to your laser and material's known kerf — commonly 0.1–0.3mm — or leave it at 0 to cut exactly on the traced line.

Registration marks and format choice

Every layer can include registration marks so alignment is unambiguous when you're gluing or pinning the stack together by hand. Export as SVG, DXF, or both — whichever your cutting software prefers — bundled together as a single zip, with live thumbnail previews of every layer before you export.

Depth2Beam Stacked Layers panel with layer count, kerf compensation, registration marks, and per-layer thumbnail previews
Layer settings, kerf compensation, and per-layer thumbnails
Depth2Beam's Interactive 3D preview switched to Preview Stacked Layers, showing the terraced/stepped result before cutting
Preview Stacked Layers — the assembled result before you cut anything

Export Stacked Layers (.zip)

Want the full step-by-step? See the complete Stacked Layers workflow, from loading a source to cutting the final layer.