A blueprint for wood

Design cabinets you can actually build.

Free 3D design for DIY woodworkers. Every dimension is derived and checked, then printed as real plan sheets, cutting diagrams, and a shop-ready cut list.

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Labeled 3D view of an L-shaped ten-by-ten kitchen: wall cabinets W1 to W5, base cabinets, tall pantry units, and appliance openings for a refrigerator, range, and dishwasher — Generated from the sample 10×10 kitchen. Nothing staged.

Sheet 1How it works

1Place real cabinets

Drag bases, uppers, pantries, and corners from the catalog onto your walls. Type any size the way you'd say it, like 34 1/2, and snapping, reveals, and fillers follow shop rules, not pixel grids.
$The cut sheet table in the app, grouped by material, with fraction dimensions per part$

2Everything derives

The cut list, drawings, hardware counts, and sheet estimate are projections of one model. Widen a cabinet an inch and every affected number updates. Nothing is redrawn by hand, so nothing drifts.
3Print the build plans

When the design is right, print: a cover with the sheet index, location drawings, dimensioned cabinet sheets, part details, and plywood cutting diagrams with a numbered rip-and-crosscut order.

Sheet 2Split any cabinet into zones

A cabinet here is not a fixed box from a catalog, so you are never stuck choosing the closest match from someone else's list. Split any cabinet into zones, stacked or side by side, and fill each zone with what belongs there: doors, a drawer stack, open shelves, a false front at the sink, an open bay for an appliance. Then keep editing. Add a shelf or take one out, turn a door bay into four drawers, divide a cabinet down the middle, set exact drawer heights. Drag the boundary between two zones and only those two resize; the rest of the cabinet keeps its dimensions. Every change re-derives the parts underneath, so the cut list, the drawings, and the hardware list are already correct.

Six tall cabinets in a row, each split differently inside: a pantry with upper and lower doors; an oven tower with doors over an open appliance bay and two drawers below; a broom closet behind one full-height door; open shelves over three drawers; a cabinet divided down the middle, a full-height door beside a door over four drawers; and open shelving top to bottom — Six tall cabinets, split six ways: the first three are catalog presets, the last three are the pantry and the broom closet reshaped in the zone editor

Five base cabinets in a row with different interiors: double doors, a three-drawer stack, drawer-over-door, a four-drawer stack, and a sink base with a false front — Five interiors on the same base run: doors, drawer stacks, drawer-over-door, a sink bay

The zone map in the side panel is where you do it. Every zone is a rectangle you can click; the toolbar splits it into rows or columns, adds a matching zone, reorders, or deletes. Drag the line between two zones and a live dimension follows it. Quick layouts drop in a whole interior with one click, and they are starting points, not molds: everything stays editable afterward.

The zone map panel in the app for a divided tall cabinet: a breadcrumb trail reading T5, row of 2, stack of 2, 4 drawers, above a diagram of a full-height door beside a door over a four-drawer stack, the drawers highlighted, with toolbar buttons to split, reorder, add, and delete zones — The zone map. Click a zone, split it, drag the line between two zones

Sheet 3Style it, size it

Then style the fronts: slab or five-piece, arches, frosted glass, raised panels, beadboard, two-tone color, and knobs or pulls placed by real shop rules. Type any size as a fraction; 34 1/2 works the way you'd say it. Every choice lands in the cut list, the drawings, and the hardware list, because it's all one model.

Six wall cabinets in a row, each the same size with a different door: alabaster slab with a black bar pull, oak shaker with a knob, sage frosted-glass, linen eyebrow arch, navy frame with an alabaster raised panel, forest-green beadboard with a brass pull — Six looks on the same 24-inch cabinet: slab, shaker, frosted glass, eyebrow arch, two-tone raised panel, beadboard

Set a style once for the project and every cabinet follows it. Restyle one cabinet, or a single zone inside one, and only that override is stored; resetting it back is one click. The panel's door preview redraws as you adjust frame widths, edge profiles, arches, panels, and glass.

The style panel. Every control writes the model

Sheet 4One model, every number agrees

The 3D view, the drawings, and the cut list are one parametric model evaluated three ways. A part's schedule row, its detail drawing, and its rectangle on the cutting diagram all read the same build pass, so they cannot disagree. A mis-cut sheet of plywood costs real money; this architecture is how Woodprint avoids ordering one.

The on-screen cut sheet for the sample kitchen: 129 pieces across 87 line items, grouped by material and thickness — The cut sheet. Every piece from one build pass

A printed part-detail sheet with dimensioned flat drawings of drilled and grooved parts — Part details. Every hole a printed number

A printed plywood cutting diagram with labeled parts, offcuts, and a numbered cut order — The cutting diagram. Same parts, same pass

Sheet 5What's in the build plans

93 sheets for the sample kitchen: a cover with the sheet index, location drawings for every wall, an elevation-section-plan package per cabinet, exploded views with the parts schedule, dimensioned details for every drilled or grooved part, and cutting diagrams with a numbered cut order. Every number you need is a printed dimension, right where you need it.

Cover sheet: Woodprint masthead and QR code, project title, design overview drawing, general notes, sheet index — Cover & index

Location drawing: the room plan with every cabinet outlined and labeled by code — Locations

Cabinet sheet: front elevation and plan section with dimension chains — Cabinet sheets

Exploded view of a cabinet with leader lines and the parts schedule — Exploded & schedule

Part details: flat drawings with hole positions dimensioned from referenced edges — Part details

Cutting diagram: parts nested on a 48 by 96 sheet with the cut order listed — Cutting diagrams

Generated from the sample 10×10 kitchen. Nothing staged.

Sheet 6Not just kitchens

The same construction rules build the rest of the house, and the garage. Both of these ship as templates you can open from the wizard and resize to your wall: a real 2×4 workbench between storage towers with tool drawers and gear shelves, and a 12-foot media wall with a frosted-glass bridge over the TV opening.

3D view of a garage workshop: a 2-by-4 workbench with tool drawers between two storage towers, wall cabinets with open shelving, and floating gear shelves — The garage workshop template

3D view of a 12-foot media wall: two shelf towers, a console below an open TV opening, a frosted-glass bridge cabinet above it, and floating shelves — The 12-ft media wall template

Sheet 7It checks the design

Woodprint checks the design while you work. A 38-inch shelf span earns a warning that names the cabinet, gives one plain sentence of why (plywood sags past about 32 inches under load), and offers a one-click fix that adds the divider. Errors block export until you acknowledge them; nothing ever blocks designing.

A design check card: W1 shelf span 38 3/8 inches exceeds 32, with the explanation and a Fix it button that adds a middle divider — A real check from a real design

Sheet 8Measure twice is built in

Every set of build plans leads with verify all dimensions before cutting, because walls are never square and software that pretends otherwise wastes your plywood. A style that needs a router table says so at design time, not at the lumber yard. And your design's numbers are on screen before you spend a dollar, so you can check them against your own tape measure.

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