How Many Cabinets Can You Make From One Sheet of Plywood?
One sheet can make one 24-inch cabinet box—with two shelves. Here is where every part goes.
This example covers the carcass parts in ¾-inch plywood. Backs, doors, drawers, toe-kick parts and finished ends need a separate allowance.
7 parts · 1 cabinet · 71.0% yield
- 1Sides
- 2Bottom
- 3Shelves
- 4Stretchers
Beige includes remaining stock, kerf and trim. Counted across the full sheet; it is not the percentage of reusable offcut.
Width changes what fits.
One cabinet, two shelves, seven parts. Each link carries the exact parts, grain, stock, kerf and trim into the optimizer.
A found layout is not a minimum-sheet proof. These are reproducible SawNest results under the settings below. Check the drawing and compare alternatives before buying material; an optimizer can miss a better arrangement.
Seven parts. No hidden extras.
Cabinet dimensions
- Outside width × height
- 24 × 34½ in
- Side depth
- 23¼ in
- Measured panel thickness
- ¾ in
- Shelf depth reduction
- ⅝ in from the bottom
Sheet settings
- Stock / usable rectangle
- 48 × 96 / 47½ × 95½ in
- Kerf / trim per edge
- ⅛ / ¼ in
- Side grain
- Along the 34½-in height
- Bottom, shelves, stretchers
- Rotation allowed
| Part | Finished width × length | Quantity | Fit / grain rule |
|---|---|---|---|
| 1Sides | 23¼ × 34½ in | 2 | Grain along height; no rotation |
| 2Bottom | 22½ × 22½ in | 1 | Captured between the sides |
| 3Adjustable shelves | 21⅞ × 22⅜ in | 2 | ⅛ in total width clearance |
| 4Top stretchers | 4 × 22½ in | 2 | Front and back, between sides |
Captured bottom span24 − (2 × ¾) = 22½ in
Shelf span22½ − ⅛ = 22⅜ in
Shelf depth22½ − ⅝ = 21⅞ in
Two 24-inch boxes: two sheets.
The combined run places all 14 parts on two sheets at 71.0% yield. Both cabinet identities stay attached to their parts.
- 1Sides
- 2Bottom
- 3Shelves
- 4Stretchers
Beige includes remaining stock, kerf and trim. Counted across all 2 full sheets; it is not the percentage of reusable offcut.
Why one sheet is impossible here
These 14 finished parts total 6,538.81 in². One full sheet has 4,608 in² before kerf and trim. Area rules one sheet out; the drawn placements demonstrate that two work.
Open all 14 parts togetherWhy 29% left does not mean another box
Yield measures area, not the shapes of usable offcuts. A side still needs an unbroken 23¼ × 34½-inch rectangle in the right grain direction. Combine the real parts and inspect the result.
Plan a complete cabinet runOne shelf can change the answer.
Keep the 36-inch width and all sheet settings. Change only the number of adjustable shelves.
One shelf6 parts · 1 sheet found
- 1Sides
- 2Bottom
- 3Shelves
- 4Stretchers
Beige includes remaining stock, kerf and trim. Counted across the full sheet; it is not the percentage of reusable offcut.
Two shelves7 parts · 2 sheets found
- 1Sides
- 2Bottom
- 3Shelves
- 4Stretchers
Beige includes remaining stock, kerf and trim. Counted across all 2 full sheets; it is not the percentage of reusable offcut.
The one-shelf variant fits on one sheet at 74.0% yield. The two-shelf run finds a two-sheet arrangement at 45.1% across both sheets. That second result does not prove that one sheet is impossible.
Measure the construction.
Then plan the plywood.
Use your actual thickness, shelf count and joinery. Group matching stock, add the omitted parts, and review every placement before ordering.
Start with this 24-inch cabinetFrequently asked questions
Can one sheet of plywood make one base cabinet?
Under the stated SawNest assumptions, one sheet holds one 18, 24, or 30-inch base-cabinet carcass. The two-shelf 36-inch run finds a two-sheet layout; this is not proof that one sheet is impossible.
Does the one-sheet count include cabinet backs and doors?
No. It includes two sides, a captured bottom, two shelves, and two stretchers in 3/4-inch plywood. Backs, doors, drawers, finished ends, face frames, and other construction-specific parts are excluded.
Why not estimate cabinets from square footage alone?
Finished rectangles must fit with kerf, trim, grain, and usable offcut shapes. Equal total area can produce different sheet counts because the geometry differs.