Closet & Shelving Cut List Calculator

A free closet and shelving cut list calculator that nests shelves, uprights, and dividers from plywood or melamine sheets with the least waste. Enter your sheet sizes and the parts your closet system or shelving unit needs, and get a cutting layout that minimizes leftover and sheets bought.

🚀 Open the Shelving Cut List Optimizer

Optimize Your Closet & Shelving Cut List

Reach-in closets, pantries, and built-in shelving are mostly long shelves and tall uprights cut from sheet goods. Because those parts are big, a poor layout wastes a lot of expensive material. This shelving cutting calculator solves the two-dimensional cutting-stock problem: it packs every shelf and upright across your sheets to minimize waste, then shows a per-sheet layout you can cut from directly.

Materials, Sizes, and Pattern Direction

Example: A Reach-In Closet System

From 49 x 97 in melamine you need:

  • 2 tall uprights at 14 x 84 in
  • 6 long shelves at 14 x 30 in
  • 4 short shelves at 14 x 22 in

The optimizer nests the uprights and shelves onto as few sheets as possible and shows the leftover on each — so you can plan an extra shelf or two from the offcuts instead of buying another sheet.

Tips for Accurate Shelving Cut Lists

Closet & Shelving Cut List Calculator FAQ

Is the closet and shelving cut list calculator free?

Yes. It runs in your browser and is free for everyday closet and shelving cut lists — enter your sheets and parts and get a nesting layout with no sign-up.

What materials and sheet sizes can I use?

Any rectangular sheet — plywood at 4x8 (48 x 96 in), melamine at 49 x 97 in, or particleboard. Enter the sheet sizes you buy and mix them in one optimization.

Should I allow part rotation?

For paint-grade or unfinished shelving, leave rotation on to pack tighter. For pre-finished melamine or veneer with a visible pattern, turn rotation off so the grain or pattern runs the same direction.

Can it optimize for the lowest material cost?

Yes. Enter a price per sheet and choose to optimize for lowest cost instead of least waste — useful when melamine and plywood sheets are priced differently.

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