Article
What Is a Cabinet Cut List Optimizer? Nesting for Casework Shops
Cutlistor Team6 min read
Introduction
A cabinet cut list optimizer takes finished panel sizes and packs them onto sheet stock with kerf, grain, and yield in mind. For professional shops, it answers the purchasing question before the panel saw or CNC runs: how many sheets of melamine or plywood does this kitchen need, and what layout should the floor follow?
Spreadsheets tally quantities. Optimizers nest rectangles. That difference shows up on pre-finished stock where every wasted strip costs face material and edge banding time.
This article defines the cabinet cut list optimizer, contrasts it with design suites, and walks through sheet and linear modes for casework. For the list itself, see what is a cabinet cut list.
What Is a Cabinet Cut List Optimizer?
At minimum, the tool accepts part dimensions and quantities, stock sheet sizes, and a kerf value, then outputs sheet count, nested layouts, and yield. Better tools refresh as you edit sizes, import CSV/XLSX BOMs, lock grain on show faces, and export PDF cut plans for the floor.
Cabinet-focused use means high part counts of near-duplicate rectangles (gables, shelves, backs), mixed sheet thicknesses, and often a parallel linear list for face frames and fillers. The optimizer is the nesting layer, not the room planner.
- Inputs: parts, qty, stock SKUs, kerf, optional grain and banding notes
- Outputs: sheet or stick count, yield %, labeled nest diagrams, PDF (DXF on paid plans)
- Goal: buy the right amount of sheet goods and stick stock before cutting
Optimizer vs Full Cabinet Design Software
| Task | Design suite | Cut list optimizer (Cutlistor) |
|---|---|---|
| Room elevations / 3D kitchen | Yes | No |
| Hinge / shelf pin boring maps | Often yes | No |
| Finished panel L x W list | Yes (export) | Yes (enter or import) |
| Rectangular sheet nesting + kerf | Varies / add-on | Yes, core |
| Linear stick nesting | Varies | Yes, separate 1D tool |
| PDF cut plans for floor | Varies | Yes |
| DXF for CNC rectangles | Often | Paid plans |
| Browser, no install | Rare | Yes |
Sheet Nesting and Linear Nesting for Cabinets
| Material form | Optimizer | Example parts |
|---|---|---|
| Melamine / plywood / MDF sheet | 2D sheet | Gables, bottoms, shelves, backs |
| Hardwood sticks | 1D linear | Face-frame stiles and rails |
| Filler / scribe stock | 1D linear | Wall fillers, appliance fillers |
| Toe-kick face (solid) | 1D linear | Kick wraps along runs |
| Nailers from sheet | 2D sheet | Hanging rails cut as strips |
Who Needs a Cabinet Cut List Optimizer?
Any shop that buys sheet goods by the full panel and cuts dozens of rectangles per job benefits. Return is fastest on production runs and multi-box kitchens where sheet count swings the quote.
- Custom kitchen and bath cabinet shops quoting weekly
- Commercial casework shops with repetitive box sizes
- Frameless melamine shops watching yield on pre-finished sheets
- Face-frame shops nesting panels and optimizing hardwood sticks
- Estimators replacing padded sheet guesses with nest-backed counts
Cutlistor Walkthrough for a Cabinet Job
Open the free sheet cut list optimizer in the browser. Add each sheet SKU (for example 4x8 ft white melamine 3/4 in, and 1/2 in for backs). Enter gables, bottoms, shelves, and nailers with quantities. Set kerf to your panel saw blade or CNC bit diameter. Lock grain on show gables and door blanks when rotation is not allowed.
Compare layout methods and read sheet count and yield. Edit any size when a field measure changes; the nest refreshes immediately. Export a PDF cut plan for purchasing and the floor. On paid plans, export DXF for CNC rectangle cutting and save the project for repeat box libraries.
Linear pass for frames and fillers
Open the free linear optimizer. Add stock lengths your hardwood supplier ships. Enter stile and rail lengths with quantities, plus filler strips. Set saw kerf. Review stick count and tail waste, then export PDF stick diagrams for the cutoff station.
Shop tips
- Never nest different thicknesses or core types on the same sheet
- Group white melamine separately from woodgrain so grain direction stays consistent
- Enter usable nest area if you trim factory edges before breakdown
- Reuse tagged remnants as stock rows on the next small job
- Read yield from the nest, not from area-only spreadsheets
Kerf, Grain, and Yield
Panel saw and CNC router kerf is not optional. If the optimizer ignores blade width, sheet count lies and parts come undersize. Set kerf to the actual tool you will use for breakdown.
Grain locks reduce packing freedom but protect show faces. Yield percentage (part area / purchased sheet area) is the number estimators should track across jobs so padding becomes data, not habit.
Cutlistor Free Tier for Cabinet Shops
The distinction that matters on the free plan is between reworking a layout and shipping one. Rework is unlimited. Shipping — a PDF export, or opening a new project — comes out of 3 per day. Alongside that sit a 20-row list cap, a 5-row limit per CSV or XLSX import, and no saved state.
- 3 PDF exports per day (editing and re-optimizing unlimited)
- 20 part rows per session
- CSV/XLSX import up to 5 rows
- 3 AI plan scans and 3 3D CAD imports per month on the free tier
- No saved projects until you sign up for a paid plan
Paid Plans When Jobs Repeat
Upgrade when you need saved projects, stock inventory, DXF export, or higher import quotas. Pro is $12/mo or $99/yr; Business $25/mo or $249/yr; Team $99/mo or $999/yr for up to 5 seats. Features across paid tiers include sheet 2D nesting, linear 1D, kerf, grain, PDF, CSV/XLSX import, AI plan scan, and 3D glTF/GLB/Collada import.
FAQ
How is an optimizer different from a cut list?
A cut list enumerates parts. An optimizer nests those parts on stock and reports sheet or stick count. You need both: accurate sizes first, then packing.
Can Cutlistor replace my CNC cabinet software?
No. Cutlistor nests rectangles and exports PDF (and DXF on paid plans) for rectangular cutting. It does not generate hinge boring, toolpaths, or full nested CNC programs with machining macros. Many shops nest for purchasing in Cutlistor, then cut or machine in their CNC suite.
Does nesting respect panel saw guillotine cuts?
Cutlistor offers multiple rectangular packing methods, including guillotine-friendly and maxrects-style layouts. Compare methods on the same BOM and pick the layout your saw workflow can follow.
Where do finished sizes come from?
From shop standards and opening math: base height, depth, width, construction method, and material thickness. See our guides on cabinet dimensions and how those sizes are calculated.
Conclusion
Explore the cabinet making pillar, then try the free sheet optimizer on your next multi-box kitchen.