Panel cut list calculator

Use the free sheet cut list optimizer to enter architectural panels stock sizes, parts, kerf, and optional grain or edge-banding notes. You will see nested layouts and can export a PDF for the shop.

Oversized panels may need multiple sheets or seam logic the software will not invent for you - validate long seams in CAD or field measurements before cutting.

When a finished module exceeds stock width, split into nestable rectangles that reflect how you will seam in the field.

Start with the architectural panels sheet SKU you actually purchase — full sheets or pre-cut architectural panel sizes from supplier. Add every finished part as width × height × quantity. Set kerf to panel saw or CNC kerf per substrate so the optimizer subtracts realistic blade loss for architectural panels.

Run the layout and read sheet count plus yield before buying. If yield looks low on architectural panels, check grain locks, mixed thicknesses, or whether router layout for large format CNC fits your crew better.

Export the PDF when the diagram matches shop habits. If a dimension changes, edit the row and recalculate — the architectural panels nest refreshes immediately.

Cutlistor offers multiple sheet strategies because no single algorithm wins every architectural panels job. Rips and rows suits table-saw-first shops. Fewest sheets pushes yield when architectural panels cost dominates. Router / CNC layout helps dense packs when spoilboard spacing is set.

Millwork panels may exceed one sheet width — validate seams in CAD; the optimizer nests rectangles you enter, not field-fit logic.

Six 2400×600 mm veneer panels and two 2400×300 mm trim panels on 3050×1220 mm substrate — check grain continuity across modules before export.

Import CSV or XLSX from /samples/cutlist-import/ when your architectural panels cut list already lives in a spreadsheet. Group rows with material codes when you buy multiple architectural panels SKUs.

Export kerf-aware PDF cut plans for the floor. Paid plans add saved projects, stock inventory, AI plan scanning, and 3D CAD import (glTF, GLB, Collada).

Free anonymous use includes 3 calculations per day, up to 15 part rows per session, and CSV/XLSX imports of up to 5 rows.

Oversized modules may need explicit seam rows as separate parts.

Confirm substrate thickness with installer before nesting.