Panel Cut Optimizer: Cutting Plans for Full-Size Boards
Updated
A panel cut optimizer takes a list of rectangular parts and lays them out on full-size boards, such as 2800 × 2070 mm chipboard, 2440 × 1220 mm MDF or 4×8 plywood. It allows for the saw kerf and keeps every cut running edge to edge, so a panel saw, beam saw or table saw can actually make the cuts. EZNESTING does this free in your browser. It shows the boards you need, a cutting diagram for each board, the yield, and the offcuts left over.
If you run the saw yourself, the panel saw cut list page covers cut order at the machine. This page is about planning: board sizes, materials, grain and yield.
Panel cut optimizer: a wardrobe on 2800 × 2070 boards
Edit any number and the layout updates. Runs in your browser; nothing is uploaded.
| Part | W | H | Qty | Remove |
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Nesting…
What a panel optimizer has to get right
- Edge-to-edge (guillotine) cuts. Every cut has to cross the whole piece on the saw. A layout that needs a cut to stop halfway is fine on a CNC router but impossible on a panel saw.
- Kerf. A panel saw blade removes roughly 3 to 4.5 mm per cut, depending on the blade. Over a board with ten rips that's several centimetres. Set it to your blade.
- Grain and decor direction. Woodgrain melamine and veneered boards have a direction. Doors and visible sides must stay aligned, while carcass parts hidden inside can rotate.
- Trim. Factory edges on chipboard and MDF are often chipped. Trim a few millimetres off each edge and set that trim in the optimizer, so the plan uses the clean board size.
- Several board sizes. Shops often stock two sizes of the same decor. The optimizer should pick the size that wastes least.
EZNESTING handles all five, plus per-part edge banding with a total length of banding for the job.
Worked example: a wardrobe in 18 mm melamine
The calculator at the top of this page has a two-door wardrobe, 1200 mm wide and 2200 mm tall, in 18 mm melamine-faced chipboard on 2800 × 2070 mm boards with a 4 mm kerf:
- 4 sides @ 2200 × 600 mm
- 6 shelves @ 1164 × 580 mm
- 4 tops and bottoms @ 1164 × 600 mm
- 4 rails @ 1164 × 100 mm
It comes out at 3 boards, 72.4% yield: the first board is 88% used, the second 71% and the third 58%. Most of the third board is left as offcut for the next job. Change the board size or add a second size to compare.
What you get out of it
- A cutting diagram per board, with each part labelled, to print for the saw.
- Yield per board and overall, so you can price waste into a quote.
- Offcuts listed with sizes, ready to reuse on the next job.
- Exports: PDF for the shop, CSV and Excel for ordering and pricing, and DXF if the boards go to a CNC router instead.
What it doesn't output: machine programs for a beam saw (such as PTX files) or edge-bander files. If you need a file your saw loads directly, check what format your saw's software accepts. Some optimizers, such as Cutlist Evolution's top plan, list PTX export.
Free for small jobs, Pro for a working shop
The free plan gives you unlimited optimizations and up to 5 part sizes and 3 stock sizes per job, with every optimizer feature included. A shop running panels all day will hit those limits. Pro ($7.99/month or $79.99/year) removes them and adds printable part labels, share links, inventory tracking, branded quotes, and the AI cut list generator.
Related guides
Related calculators
- Panel Saw Cut ListFree panel saw cut list generator with guillotine cut mode, sequence ordering, and stock breakdown for vertical and horizontal panel saws.
- Melamine Cut List OptimizerFree melamine cut list optimizer with chip-out planning, score-cut sequencing, edge banding tracking, and CNC-friendly DXF export.
- MDF Cut List OptimizerFree MDF cut list optimizer for paint-grade cabinets, doors, and shelving. No grain direction, denser kerf, instant CSV import. Browser-based.
- CNC Router Nest OptimizerFree CNC nesting software for routers, lasers, and waterjets. Bit-width kerf compensation, DXF export, grain direction lock, multi-sheet layouts.