Cut List Calculator & Sheet Optimizer

The kerf is the physical width of material turned into sawdust with every saw pass (typically 1/8" / 3.18 mm on standard table saws or 2.4 mm on thin-kerf track saws). Failing to account for kerf causes compounding dimensional loss—cutting 8 parts from a sheet wastes nearly an inch of stock.

Hardwood plywood and textured melamine feature directional surface grain. Visible panels (cabinet doors, drawer fronts, exposed gables) must have their grain locked lengthwise or widthwise. Non-visible internal parts (stretchers, drawer bottoms) can allow free 90° rotation to maximize sheet yield.

Edge tape (0.4 mm, 1 mm, 2 mm PVC/ABS) increases the physical dimensions of finished panels. The optimizer subtracts tape thickness (and factors in edgebander premill cutter compensation) to yield the exact raw saw dimension so parts assemble perfectly to design specifications.

Raw plywood sheets from distributors often have damaged, rounded, or out-of-square factory edges. Setting an Edge Trim Margin (e.g. 5 mm to 10 mm) squares the raw panel before part nesting, guaranteeing crisp, square 90° reference edges for all finished parts.

Unlike CNC router nesting that can plunge and cut complex nested L-shapes, table saws, track saws, and beam saws require edge-to-edge straight cuts. Our guillotine algorithm ensures every cut cleanly separates panels without impossible internal corner cuts.

Cutting multi-sheet projects sheet-by-sheet requires constant fence adjustments. Our Directed Acyclic Graph (DAG) batch engine synchronizes identical rip cuts and cross-cuts across all raw sheets into unified setups (S1, S2, S3...), minimizing fence movement and eliminating operator error.

Designed for quick DIY cuts and single-material sheet goods or 1D lumber boards.

• Step 1: Enter stock size and paste/type parts.
• Step 2: Instant interactive cutting diagrams, saw step sequence, and 1-click printable PDF.
• Zero pricing configuration or hardware clutter.

Built for professional cabinet shops, commercial joinery, and complete interior projects.

• Step 1: Multi-Material Workspace (Mix 2D sheets, 1D lumber, and hardware items).
• Step 2: Visual Cut Plan, Fullscreen Workshop Mode & Topological Batch Sawing setups.
• Step 3: Master Quotation Summary, Edge Banding costs, Labor fees & Sawyer Checklist.

What is a cut list calculator and how does sheet nesting work?

A cut list calculator (also known as a sheet nesting optimizer) is an algorithm-driven woodworking tool that computes the most material-efficient layout for cutting smaller rectangular parts from larger raw sheets or linear stock boards. It accounts for saw blade kerf loss, grain direction, factory perimeter trimming, and edge banding deductions to minimize scrap waste and achieve 85% to 95% material utilization.

How do I calculate saw blade kerf and why does it matter?

Saw blade kerf is the width of material removed (turned into sawdust) with every saw pass. A standard 10-inch or 12-inch table saw blade has a kerf of 1/8 inch (3.175 mm) or 3.0 mm for metric blades. If kerf is not accounted for, making eight 12-inch cuts from an 8-foot sheet will result in nearly an inch of cumulative missing material, leaving the final piece severely undersized.

How does edge banding tape thickness affect my saw cut dimensions?

Edge banding tape adds physical thickness (typically 0.4mm, 1mm, or 2mm) to finished panels. If your design requires a finished cabinet door of 600mm × 700mm with 2mm PVC edge banding on all four sides, the raw panel must be cut at 596mm × 696mm (subtracting 2mm from each banded edge) so that once the tape is applied, the finished workpiece matches the exact design specification.

What is the difference between guillotine cutting and CNC nested cutting?

Guillotine cutting refers to saw cuts that run continuously from one edge of a board completely to the other edge, which is required for table saws, track saws, and panel saws. CNC router nesting uses an end mill spindle to carve non-guillotine shapes (L-shapes, interior cutouts, and nested parts inside parts) directly from full panels.

How should I handle wood grain direction on cabinet doors and drawer fronts?

For veneered plywood or textured melamine, visible parts (such as door faces, drawer fronts, and external side panels) should have grain direction locked (lengthwise or widthwise) so the grain flows consistently across your cabinetry. For hidden parts (internal braces, drawer bottoms, and carcass stretchers), set grain to 'None' to allow free 90-degree rotation and achieve the highest possible sheet yield.

How does topological batch sawing save time in a workshop?

In multi-sheet projects, setting up the table saw fence for individual cuts on one sheet at a time is slow and prone to dimensional errors. Topological batch sawing groups identical rip cuts and cross-cuts across all raw sheets into unified setups (e.g. cutting all 600mm primary strips across 5 sheets at once with a single fence setting), drastically speeding up production.

Can I mix sheet goods (2D), dimensional lumber (1D), and hardware in one project?

Yes. The s0lve.it Cut List Studio allows you to create separate material groups for 2D sheet materials (Plywood, MDF, Melamine, Acrylic), 1D linear stock (2x4 timber studs, aluminum extrusions, steel pipes), and hardware line items (hinges, slides, screws) within a single project, generating consolidated bills of materials and workshop cost totals.

Is my project cut list data kept private and can I use the tool offline?

Yes. 100% of calculation algorithms, cut diagrams, pricing formulas, and saved projects run entirely in your local web browser. No project details, proprietary dimensions, or customer quotations are ever uploaded to an external cloud database or server.

Can I export and print shop floor cut plans with part labels and checklists?

Yes. You can generate high-resolution workshop printouts and PDF cut plans containing labeled vector sheet diagrams, saw sequence badges, edge banding stripes, bill of materials (BOM), sawyer checklists, and quotation breakdowns.