Free Cut List Calculator

Enter your parts and a sheet size — get a live optimised cutting layout for plywood, MDF, melamine and other sheet materials. Millimetres only, with up to 5 rows and 10 individual parts, counting quantities across all rows. Parts rotate freely; no sign-up needed.

Use the preview anonymously in your browser. Sign up only if you want to save or import this cut list into the full app — no card required.

Live preview
1 sheet · 71.4% yield
Auto-fit
Sheet 12440 × 1220 mm
Side panel720 × 560Side panel720 × 560Back720 × 600 ↻Shelf568 × 520Shelf520 × 568 ↻Shelf568 × 520
Sheets
1
Remaining
28.6%
Cut
8.6 m

Remaining area includes reusable offcuts and material removed by the blade (kerf); it is not all unusable waste.

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Public preview: up to 5 rows and 10 individual parts (quantities included). Millimetres only; parts rotate freely. Sign up free to save bigger jobs and keep adding pieces.

Typical: 3 mm for a standard circular saw blade.

Print this page uses your browser’s print dialog for the current layouts and per-sheet part lists.

Sign up free to save this preview and get a full printable cut plan and cut list summary. You can also add more parts, edge banding, grain direction and multiple sheet sizes. We'll carry your cut list into the full CutList app after sign-up. .

How this calculator works

Step 1

Enter your parts

Enter width × height in mm and a quantity for each row. The public calculator allows 5 rows and 10 individual parts in total. Name each row so the diagram stays readable.

Step 2

Pick your sheet size

Start with a preset or enter a custom sheet size in mm. The default is 2440 × 1220 mm; check the actual dimensions of your stock.

Step 3

Set your blade kerf

Kerf is the width of material removed by the blade. The initial value is 3 mm. Measure your saw’s actual kerf and adjust it to match.

Step 4

Read the layout

The diagram, sheet count, remaining-area percentage and cut edge length update live. Parts rotate freely, so check their orientation. Remaining area includes offcuts and kerf.

Step 5

Take it to the workshop

Print the current page from your browser. Sign up for free to import the list into the full app, save the project and create a full printable cut plan and cut list summary.

The cut list formula

A cut list calculator is a 2D bin-packing problem. You have rectangular parts to fit into rectangular sheets, with two extra constraints: each cut crosses the current section of material (“guillotine” cutting, as on a panel or table saw), and each cut removes a kerf of material equal to the blade width.

The algorithm compares five part orders using both short-side-fit and long-side-fit placement rules. Each pass places parts in free rectangles and splits the remaining space while accounting for kerf. The calculator chooses the result with the fewest unplaced parts, then the fewest sheets, then the shortest estimated cut edge length.

Results depend on your part sizes, sheet dimensions and kerf. This is a heuristic: it finds a practical layout but does not guarantee the mathematical minimum number of sheets. Check the actual material and each cutting sequence before starting work.

When to use this calculator vs the full CutList app

Use this page for a small cutting-layout preview in millimetres. Sign up for free to save the list in the full app, control grain direction and get a printable project cut plan with a full summary.

FeatureCalculatorFull app
Live optimised layout✓✓
Dimensions in millimetres✓✓
Custom sheet sizes✓✓
Grain direction—✓
Edge banding—✓
Multiple sheet sizes per project—✓
Material library—✓
Save projects—✓
Offcut inventory—✓
Print the current page✓✓
Full printable project cut plan + cut list summary—✓

Frequently asked questions

What is a cut list calculator?↓
A cut list calculator takes your part dimensions, quantities and sheet size, then looks for an efficient cutting layout. Our calculator uses a guillotine packing heuristic: each cut runs across the current section of material, as on a table saw or panel saw. It does not guarantee the fewest possible sheets.
How is blade kerf handled?↓
Kerf is the width of material the saw blade removes in each cut. Our calculator subtracts kerf from the space available between adjacent parts so the maths matches real cuts. Default is 3 mm for a standard circular saw; change it if you're using a thinner track-saw blade or a thicker panel-saw blade.
Which units does the calculator use?↓
This public calculator accepts and displays millimetres only. All sheet presets and custom dimensions use mm. Enter part widths, heights and blade kerf in mm too.
Does it handle grain direction?↓
The basic calculator allows parts to rotate freely for the best fit. If your project needs grain locked on a visible face (cabinet sides, shelves, drawer fronts), open the full CutList app and use the per-part grain toggle.
What does the remaining-area percentage mean?↓
The remaining-area percentage includes reusable offcuts and material removed by the blade (kerf). It is the total sheet area minus the area of the placed parts, divided by the total sheet area. A high percentage does not mean all that material is unusable waste. Review the offcut shapes and dimensions before deciding what to keep.
Can I print the cut plan?↓
Yes. Print this page opens your browser’s print dialog for the current sheet layouts and per-sheet part lists. You can print them or save as PDF if your browser supports it. Sign up for free and import the list into the full CutList app for a full printable project cut plan and cut list summary.
Is this the same as the full CutList app?↓
This public calculator supports one sheet size, up to 5 rows and 10 individual parts, counting quantities across all rows. It uses millimetres only and lets parts rotate freely, without grain controls, edge banding or project saving. The full CutList app adds saved projects, a material library, edge banding, grain direction, multiple sheet sizes, cost estimation, and offcut tracking.
How accurate is the algorithm?↓
The calculator uses a guillotine packing heuristic. It finds practical layouts from your dimensions and kerf, but does not guarantee the mathematical minimum sheet count. Material use varies with the parts and stock sizes; inspect the result and cutting sequence before cutting.

Learn more