2D Sheet Cutting Optimizer

Local, rectangular, kerf-aware practical layout. Multiple stock sizes and reusable rectangular offcuts are supported. Not CNC, DXF, G-code, angle cutting, or industrial nesting.

Saved locally in your browser

Additional stock sheets / reusable offcuts

Use this for multiple stock sizes or rectangular offcuts you want to use before buying another full sheet.

Offcut library: 0 saved sheet offcuts in this browser.

LabelWidthHeightQtyRotationGrain lockMaterialEdge banding T/R/B/LActions

Local-first · kerf-aware · printable

Melamine Cut List Optimizer

Plan melamine cabinet panels with rotation control, metric stock, kerf spacing, and printable layouts.

Preset guide

Melamine cut list preset

This preset is for cabinet and shelf panels where finished faces, edge banding, and chip-prone cuts matter. Use the optimizer for layout, then manually verify orientation and finished edges.

Preset parameters and review points
SettingExampleWhy it matters
StockMelamine sheet or panel stockConfirm sheet size, thickness, and face direction.
RotationOften locked for visible panelsTexture, grain, or face orientation can matter.
KerfBlade-width allowanceChipping and cleanup may require more than nominal kerf.
Edge bandingPlanning noteCheck visible front edges before printing.

Melamine review checklist

Before printing, check that each visible panel is oriented correctly and that edge-banding notes still make sense if any part is rotated.

Common melamine decisions
DecisionRecommended handling
Visible grain or textureLock rotation.
Hidden stretchersAllow rotation if material permits.
Finished front edgeTrack edge-banding note manually.
Chip-sensitive cutsAllow cleanup or verify saw setup.

Scope boundary

StockCut does not choose blade type, score cuts, banding thickness, or cabinet joinery. It only places rectangles on stock according to the values you enter.

Common mistakes to avoid

  • Letting visible textured panels rotate freely.
  • Forgetting edge-banding direction after rotation.
  • Entering oversized parts without explaining trimming workflow.
  • Assuming layout optimization solves chipout or finish quality.

Related tools and guides

Continue your workflow