The best cutlist optimizers in 2026

If you’re searching for the best cutlist optimizer (or cut list optimizer — both spellings are common), you’ve probably noticed that every tool claims to minimise waste and every tool looks similar in screenshots. The differences that actually matter — how many boards a layout really needs, how long the optimizer takes, whether the result can be cut on your saw — only show up when you run the same job through several tools and compare the output.

That’s exactly what we do. We build one of the tools on this list, and we benchmark all of them on identical inputs, so this guide can tell you where each one genuinely wins. Every claim below is backed by our published comparisons and benchmark results, which are linked throughout so you can check the numbers yourself.

This article is the tool picker. If you want the broader software category — what cutting optimization software is and which features matter across industries — see the best cutting optimization software instead.

What actually matters when choosing a cutlist optimizer

Before the list, the criteria. These are the things that separate the tools in practice.

Optimisation quality (board count)

The whole point of a cutlist optimizer is fewer boards for the same parts. This is measurable: give several tools identical parts, stock, and kerf, and count the boards each one needs. The differences are real — in our OptiCutter benchmark, a 2,786-part construction project needed 1,176 sheets with OptiCutter and 1,125 with Cutlist Evolution: 51 fewer sheets, at 85% yield versus 78%. On a hard 39-shape packing test, the gap was a whole doubled material order.

The strongest quality measure is a hard one. For any cutting list there is a limit — a number of stock below which the parts simply will not fit, no matter how clever the software. The engine behind Cutlist Evolution is measured against that limit on every job. Across 2,083 real production jobs it lands on it 82% of the time, meaning no software could have done better on those jobs.

Speed

Speed matters twice: once when you’re iterating on a project, and constantly if optimisation sits inside a quoting workflow. On nine benchmarks with identical inputs, SmartCut Fast (the engine behind Cutlist Evolution) finishes every job in under 3 seconds — 10–100× faster than the web-based competitors, which ranged from a few seconds to over two minutes on the same inputs. Typical solve time is under two seconds.

Kerf, trim cuts and edge banding

A layout that ignores blade thickness (kerf) is wrong by a few millimetres per cut — enough to ruin the last part on a sheet. Any serious optimizer handles kerf; fewer handle stock trim cuts (squaring the raw edge before parts are cut) and edge banding allowances. If you band panels, check this before anything else.

Grain direction control

For visible panels, parts must keep a fixed orientation. Look for per-part orientation locking — most of the tools here support it, but it’s worth confirming for the material types you use.

Export formats

A cutting diagram on screen is the minimum. Check for PDF cut plans, CSV part lists, printable part labels, and — if you run a CNC, panel saw or beam saw — DXF and PTX output your machine can consume.

Price and free tiers

Free tiers vary a lot in shape: some cap parts per calculation, some cap saved projects, some cap the number of calculations. Match the cap to how you work — a hobbyist doing one wardrobe cares about parts per job, a business doing daily quotes cares about calculation volume.

1. Cutlist Evolution — best cutlist optimizer overall

Cutlist Evolution runs entirely in your browser — nothing to install, works on any platform — and is powered by the SmartCut optimisation engine, whose Fast and Max modes are benchmarked across 2,083 real production jobs (82% land on the fewest stock the parts could ever fit into; typical result in under two seconds).

Best at: optimisation depth and breadth. It handles sheet, linear and roll materials; trim cuts and edge banding; offcut management and visualisation; cost estimates; and settings for table saws, beam saws and CNC — with exports to PDF, CSV, SVG, DXF and PTX plus printable labels. See the full feature rundowns in our CutList Optimizer comparison and OptiCutter benchmark.

Pricing shape: the free tier includes unlimited calculations with up to 40 parts per calculation and unlimited stock, 3 saved projects, and PDF export. Paid plans (Starter, Pro, Expert, Enterprise) raise the limits and unlock features in tiers: Pro adds trim cuts, edge banding, CSV export and printable labels; Expert adds beam saw calculations, SVG/DXF/PTX export and unbranded exports; Enterprise adds a material and stock cloud database with automatic stock tracking and multiple saw profiles.

Honest cons: the most advanced capabilities — beam saw settings and machine-format exports — sit on the higher plans, and the free tier’s 40-part cap means very large projects need a paid plan.

Pick it if: you want the best board counts available in a browser — from a free weekend project up to production beam-saw work. Start with the guide or try it free.

2. CutList Optimizer — simplest for hobbyists

CutList Optimizer is one of the most searched-for tools in this category, and its popularity is earned: it’s simple, approachable, and covers the essentials — part orientation locking, spreadsheet import, edge banding, material thicknesses and saved projects.

Best at: low-friction sheet layouts for hobbyists, small workshops and education.

Honest cons: the feature set stops at sheets — no linear or roll materials, no printable labels, no stock trim cuts, no saw-specific settings, no DXF/SVG/PTX export, no offcut visualisation and no inventory management (full breakdown in our comparison). It’s also the slowest tool in our benchmarks: 95–122 seconds on several mid-size jobs, an internal ceiling of roughly two minutes regardless of budget, and a part limit that stopped it completing our 256-part benchmark.

Pricing shape: see cutlistoptimizer.com for current pricing.

Pick it if: you cut straightforward sheet jobs, you’re patient on bigger lists, and you value familiarity over features.

3. OptiCutter — quick web layouts for one-off jobs

OptiCutter is a web-based cutting diagram generator that’s easy to reach for when you need a quick layout. In our nine-job benchmark it was the fastest of the third-party web tools (roughly 3–29 seconds per job) and it found the single-board solution on one 20-part test.

Best at: fast, no-fuss sheet diagrams for a single material.

Honest cons: each calculation is limited to one material and thickness, and there’s no offcut management, no cut measurements, no cost estimates, no saw settings, no first-cut direction choice and no project sharing (feature table here). On harder packing problems it leaves boards on the table: in our 39-shape test it needed 2 sheets at 49.1% yield where 1 sheet at 98.2% was achievable, and on a 2,786-part project it used 51 more sheets than Cutlist Evolution.

Pricing shape: see opticutter.com for current pricing.

Pick it if: you need a quick diagram for a small, single-material job and don’t need exports beyond the layout.

4. Magi-Cut — strongest desktop optimizer in our tests

Magi-Cut is a Windows desktop application, and it’s the strongest non-SmartCut performer in our nine-benchmark head-to-head: it matched the best result on most jobs and found the winning layout on two of them (a single board on the 39-part test and 4 boards on the 96-part test). SmartCut Max still matches or beats it on 7 of the 9 benchmarks.

Best at: board counts from traditional desktop software.

Honest cons: it’s a Windows-only desktop install in an increasingly browser-based category — no running it from a tablet at the saw or sharing a project by link. Because it runs locally, its timings aren’t directly comparable with the web tools (our comparison used board counts on the same saw input format).

Pricing shape: commercial desktop licence; pricing on enquiry from the vendor.

Pick it if: you want a proven offline desktop optimizer, you’re on Windows, and browser-based workflow doesn’t matter to you.

5. SmartCut — best for embedding optimisation in your own product

SmartCut is the API version of the same engine that powers Cutlist Evolution: instead of a calculator you visit, it’s optimisation you build into your own website, e-commerce store or software — the brain behind online cut-to-size configurators. The published numbers are the engine benchmarks quoted throughout this article: across 2,083 real jobs, 82% land on the fewest stock possible, with a typical result in under two seconds, plus head-to-head results against Magi-Cut, OptiCutter and CutList Optimizer.

Best at: automated, customer-facing optimisation — instant quotes and cut-to-size ordering on your own site.

Honest cons: it’s an API, not an end-user app. If you just want to optimise your own cutting lists, use Cutlist Evolution instead.

Pricing shape: paid plans priced on the number of parts requested, with a test environment available on request.

Pick it if: you’re a material supplier or cut-to-size business wiring optimisation into your sales pipeline — see setting up a cut-to-size business.

6. Biesse OptiPlanner — the bundled beam saw optimizer

OptiPlanner is the optimiser shipped with Biesse beam saws, which makes it the default choice for many industrial shops: it’s integrated, vendor-supported, and produces layouts the saw is guaranteed to accept.

Best at: zero-setup optimisation for Biesse beam saw owners.

Honest cons: bundled doesn’t mean unbeatable. Run over more than 2,000 real production jobs with identical parts, stock, kerf and trim — with every layout checked as genuinely cuttable in Biesse’s own file format — SmartCut Max finished more than 100 stock ahead of OptiPlanner in total.

Pricing shape: included with the saw.

Pick it if: you run a Biesse saw and want the fully integrated path — but it’s worth benchmarking your own jobs against an alternative before assuming the bundled optimiser is the ceiling.

7. CAD cutlist workflows — Fusion 360 and Shapr3D

Not optimizers themselves, but worth a place on the list because so many projects start in CAD. Both Autodesk Fusion 360 and Shapr3D can export your design (via OBJ) for direct import into a cutlist optimizer, which extracts the rectangular parts, dimensions and quantities automatically — no retyping.

Best at: going from a finished 3D design to an optimised cutting list in minutes.

Honest cons: the automated extraction works on rectangular parts, so shaped components need handling separately, and you still need an optimizer on the other end.

Pick it if: you design first and cut second. Step-by-step guides: creating a cut list from Fusion 360 and creating a cut list from Shapr3D.

Cutlist optimizer comparison table

Feature-by-feature, from our published comparisons (CutList Optimizer, OptiCutter). A dash means the feature wasn’t covered in those comparisons.

Feature	Cutlist Evolution	CutList Optimizer	OptiCutter
Sheet materials	✓	✓	✓
Linear & roll materials	✓	✗	–
Edge banding	✓	✓	–
Stock trim cuts	✓	✗	–
Multiple materials & thicknesses	✓	✓	✗
Offcut management & visualisation	✓	✗	✗
Cost estimates	✓	–	✗
Saw settings (table, beam & CNC)	✓	✗	✗
Share projects via link	✓	✗	✗
Printable labels	✓	✗	–
DXF, CSV, SVG & PTX export	✓	✗	–
Stock inventory management	✓	✗	–

On Cutlist Evolution, some of these features are plan-gated: labels and CSV arrive on Pro, and beam saw settings plus DXF/SVG/PTX export on Expert.

What the benchmarks say

The short version of the numbers behind this ranking:

Nine benchmarks, five tools, identical inputs: SmartCut Fast finished all nine jobs in under 3 seconds — 10–100× faster than the web-based tools — and SmartCut Max matched or beat Magi-Cut on 7 of 9 while beating OptiCutter and CutList Optimizer on every job where the tools differed.
Impossible to beat: across 2,083 real production jobs, the engine lands on the fewest stock the parts could ever fit into — a result no software can improve on — 82% of the time.
Against the bundled optimiser: SmartCut Max saved more than 100 stock versus Biesse OptiPlanner across 2,000+ real jobs.
Real-project scale: on a 2,786-part construction project, Cutlist Evolution needed 51 fewer sheets than OptiCutter (85% vs 78% yield) — full write-up here.

Frequently asked questions

Is there a free cutlist optimizer?

Yes. Cutlist Evolution’s free tier includes unlimited calculations with up to 40 parts per calculation and unlimited stock, 3 saved projects, and PDF export — enough to run real jobs before you commit, with no install. Try it here. Several other tools on this list also offer free usage; check each vendor’s site for current terms.

Do I need to install anything to use a cutlist optimizer?

Not any more. Cutlist Evolution, CutList Optimizer and OptiCutter all run in the browser. Desktop tools like Magi-Cut still require a Windows installation — the main trade-off is convenience and sharing versus offline operation.

How much material does a cutlist optimizer actually save?

Most shops see 10–15% material savings after adopting optimisation software, and some reach 20% or more — see how a cutlist optimizer works. The tool you choose matters too: on our benchmark projects, the gap between the best and weakest optimizer on the same job ranged from one extra sheet to 51 extra sheets.

What’s the difference between a cutlist optimizer and cutting optimization software?

They largely overlap. “Cutlist optimizer” usually means the tool a woodworker or panel shop uses to turn a parts list into cutting diagrams; “cutting optimization software” is the broader category, covering everything from hobbyist sheet layout up to industrial nesting and machine integration. We cover the broader category in the best cutting optimization software.

Can a cutlist optimizer drive a beam saw or CNC?

The professional ones can. Look for saw-aware settings (kerf, trim, first-cut direction, machine constraints) and machine-readable exports — Cutlist Evolution produces DXF and PTX output and has dedicated settings for table saws, beam saws and CNC on its Expert plan. The optimiser must respect your machine’s constraints, or the “optimal” layout can’t actually be cut.