Cutlist Optimizer Editorial Team · Updated
Cut Sheet Builder
Type your parts once — get a clean, printable cut sheet with totals, plus one click into full layout optimization.
Layout strategies per run
16
Part instances supported
1,000
Calculation precision
0.01 mm
Project name
Parts
8 parts in the list
| Part | Width (mm) | Height (mm) | Qty | Can rotate | |
|---|---|---|---|---|---|
Cut sheet preview
Cut sheet preview
— · 2440 × 1220 mm
8 parts · 2,326,400 mm² total
| Part | Size | Qty | Material |
|---|---|---|---|
| Cabinet Side | 720 × 560 mm | 2 | — |
| Shelf | 600 × 400 mm | 4 | — |
| Door | 700 × 400 mm | 2 | — |
Everything runs in your browser — your cut list is never uploaded.
A cut sheet is the document that survives from drawing to workshop: every part, every size, every quantity on one page. This cut sheet builder formats yours properly — project name, material, sheet size, and a parts table that totals pieces and area as you type. Print it, download it as CSV, copy it into an email, or hand it to the optimizer when you are ready to see where each part comes from.
The builder starts you off with a sample cabinet list — sides, shelves, doors — so the shape of a good cut sheet is visible immediately. Replace it with your own parts and the totals update live. When the list is right, press 'Optimize this cut sheet' and every row flows straight into the nesting engine: your cut sheet becomes cut layouts without a single retyped number.
What belongs on a cut sheet
Professional cut sheets share a structure. A header identifies the project and the material — 'Kitchen cabinets, birch plywood 18 mm.' A stock line names the sheet the parts come from, because a cut sheet for 2440 × 1220 stock cannot honor parts sized for 4 × 8. The body is the parts table: one row per part type with width, height, quantity and material. And a footer totals the pieces and the area, so the sheet carries its own shopping summary.
This cut sheet builder enforces that structure without rigidity. Material is free text — plywood, MDF, acrylic, whatever the job buys. Sheet size is preset or custom. Parts rows are unlimited, labeled however your project speaks: 'cabinet side' beats 'part 7' every single time, at the saw and in the scrap bin.
From parts list to totals
As you type, the builder totals the piece count and the combined area of all parts. That area total is the fastest sanity check in woodworking: divided by your sheet's area, it is the theoretical minimum sheet count — the number the optimizer will confirm or correct once nesting, kerf and rotation enter the picture.
One click from cut sheet to optimization
A cut sheet tells you what to cut; the optimizer tells you where. Press 'Optimize this cut sheet' and the parts, sheet size and units transfer directly into the cutlist optimizer — no export, no import, no retyping. Run it and return with layouts; your cut sheet stays exactly as you left it.
Print, export and share
The print button produces exactly what a workshop wants: the header, the totals and the table, nothing else. The downloaded CSV carries the same data for spreadsheets, suppliers' cutting services or your own quoting templates. Copy puts a tab-separated version on the clipboard that pastes cleanly into Excel, Google Sheets or an email.
Because a cut sheet built here is stored in your browser, coming back tomorrow finds it as you left it. Nothing is uploaded, nothing is shared unless you choose to print or export it — client dimensions stay as private as the machine you typed them on.
Cut sheet vs cut list vs cutting diagram
The three terms blur, but the workflow is linear. The cut list is the raw inventory of parts. The cut sheet is the formatted document of that inventory — this page. The cutting diagram is the geometric answer of where each part sits on each board — the optimizer's SVG output. Plan in that order and nothing gets lost: type once, format once, optimize once, print twice.
Teams standardize on this pipeline because each artifact has one owner: the designer owns the list, the builder owns the sheet, the saw owns the diagram. A cut sheet builder that outputs all three keeps the whole chain honest — and keeps 'I thought you were cutting the long pieces' out of the shop vocabulary.
A worked cut sheet example
The preloaded sample is a small cabinet: two sides at 720 × 560, four shelves at 600 × 400, two doors at 700 × 400, all from 18 mm plywood on a 2440 × 1220 sheet. Totals: eight pieces, 2.69 square meters — 90% of one sheet by area. Send it to the optimizer and reality appears: kerf and layout inefficiency push the plan to two sheets at a comfortable efficiency, or one very tight sheet if you trim the shelf count.
Edit the sample the way real projects evolve: add stretchers, double the shelves, rename 'Door' to 'Door front — grain vertical.' The cut sheet updates totals live, and every change is one click from a fresh set of layouts.
Why a structured cut sheet pays for itself
Unstructured parts lists fail silently: a missing quantity becomes a missing part at assembly time; an unlabeled offcut becomes scrap because no one knows what it was for. A structured cut sheet catches both — totals that do not match the drawing, labels that survive the saw. Five minutes of formatting here prevents the classic Sunday-night realization that the last shelf was cut from the wrong material.
Frequently asked questions
What is a cut sheet?
A cut sheet is a formatted list of every part in a project — name, width, height, quantity and material — usually printed and taken to the workshop or sent to a cutting service.
Is this cut sheet builder free?
Yes — free, no sign-up, no watermark. Everything runs in your browser and your sheet is saved locally on your device.
Can I print my cut sheet?
Press Print for a clean copy: project header, sheet size, totals and the parts table — no ads, no navigation.
Can I download the cut sheet as CSV?
Yes, one click exports the full sheet as CSV for spreadsheets, quoting tools or suppliers' cutting services.
How do I turn my cut sheet into cutting layouts?
Press 'Optimize this cut sheet.' Parts, sheet size and units transfer straight into the cutlist optimizer, which returns sheet-by-sheet layouts for the same list.
Does the builder calculate how many sheets I need?
It totals pieces and area — the theoretical minimum. For the real count including kerf and layout, the one-click handoff to the optimizer gives the placement-based answer.
Can I use multiple materials on one cut sheet?
The material field is free text for the whole sheet, and part labels can carry per-part notes. For truly separate materials, build one cut sheet per material — which is also how they are bought.
What is the difference between a cut sheet and a cutsheet?
None — 'cutsheet' is simply the closed-up spelling of the same term. Both searches land here, on purpose.
References & sources
“Cutting and packing problems ask how large objects are cut into smaller pieces so that demand is met and the consumption of material — or waste — is minimized.”
— Dyckhoff, H. (1990), A Typology of Cutting and Packing Problems
- Jylänki, J. (2010). A Thousand Ways to Pack the Bin — A Practical Approach to Two-Dimensional Rectangle Bin Packing. — MaxRects heuristics used by this nesting engine.
- Burke, E. K., Kendall, G. & Whitwell, G. (2004). A New Placement Heuristic for the Orthogonal Stock-Cutting Problem. Operations Research, 52(4). — bottom-left placement for sheet cutting.
- Dyckhoff, H. (1990). A Typology of Cutting and Packing Problems. European Journal of Operational Research, 44(2), 145–159. — the standard classification of cutting problems.
Related cutting tools
Every tool runs locally in your browser and shares the same sheet-cutting engine.