Barcut ProMATERIAL OPTIMIZATIONOPEN APP→
TIMBER · BOARDS · STUDS · TRIM

Timber cutting optimization for linear stock

Dimensional lumber, studs, decking boards and moulding are bought and cut by length — the same 1D cutting stock problem as bar or profile cutting. This page covers linear timber stock specifically; cutting rectangular parts from sheet goods like plywood or MDF is a 2D (sheet nesting) problem, which is not yet available — see the 2D roadmap.
CROSS-SECTION
Timber
WHAT THIS PAGE COVERS
  1. 01Board length, not board footage
  2. 02Kerf on wood-cutting blades
  3. 03Reusable offcuts
TIMBER · 1D LINEAR CUTTING
MATERIAL
Timber
OPTIMIZATION
1D linear
STOCK LENGTHS
Mixed per job
ACCOUNTS FOR
Kerf, trim, offcuts
01 — PRACTICAL CONSIDERATIONS

What changes when the material is timber.

The optimization itself is the same 1D engine across every material. What differs is the practical detail around it — and those details are what decide whether a plan is worth cutting to.

01

Board length, not board footage

The optimizer works on the same linear-length model as any other 1D material: required lengths and quantities against available board lengths. It doesn’t account for board footage, grade, or defect-avoidance cutting around knots — those remain a manual step.

02

Kerf on wood-cutting blades

Kerf on a table saw or mitre saw varies by blade — thin-kerf blades remove noticeably less material than standard blades. Measure your actual blade’s kerf rather than assuming a default.

03

Reusable offcuts

Timber offcuts above a useful length are commonly kept for blocking, trim, or smaller parts on a later job — set your minimum useful offcut to whatever length is realistically worth keeping in your shop.

02 — OTHER MATERIALS

Same engine, other stock.

How the 1D optimizer works →

TIMBER CUTTING LIST?

See how much material you can save.

START OPTIMIZINGHOW IT WORKS
NO SIGNUP TO OPTIMIZE · WORKS IN THE BROWSER