DESIGN / OPEN CARCASS

Cabinet / Bookshelf Designer Parametric / mm

An open carcass with evenly spaced shelves. Exact panels, ready to plan.

Unsaved Design

Save your parameters to return later.

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GROUPED PART TYPES / REAL PHYSICAL PANELS

Panel Cut List

8 physical panels

Grouped cabinet panels in millimeters
Name	Width	Height	Qty	Thickness
Left Side	350	1800	1	18 mm
Right Side	350	1800	1	18 mm
Top	764	350	1	18 mm
Bottom	764	350	1	18 mm
Shelf	764	350	4	18 mm

Export Units

Export details

SVG and DXF contain unoptimized physical panel drawings. DXF R2000 declares millimeters or inches and includes a fitted modelspace view. Set sheet size, margin and kerf in the optimizer.

Production

More Outputs

CSV / Print Units

Panel Drawings

Unoptimized / vector

Individual panel outlines at their true aspect ratio. These drawings are not an optimized sheet layout.

Left Side350 × 1800 mm

Right Side350 × 1800 mm

Top764 × 350 mm

Bottom764 × 350 mm

Shelf 1764 × 350 mm

Shelf 2764 × 350 mm

Shelf 3764 × 350 mm

Shelf 4764 × 350 mm

Open front and back · Top and bottom between sides · No joinery allowances or toolpaths.

Calculate an open shelving carcass

Panel construction

Full-height sides run the cabinet depth. Top, bottom and shelves fit between the sides at outside width minus twice the material thickness. The open Cabinet / Bookshelf Designer has no back or doors.

Equal clear shelf openings

For N shelves, clear opening = (height − 2 × thickness − N × thickness) ÷ (N + 1). At 800 × 1800 × 350 mm, thickness 18 mm and four shelves, eight physical panels produce 338.4 mm clear openings. Shelf placement uses those openings rather than equal center spacing.

Use the list for the next step

Preview physical panels, export drawings or optimize their grouped quantities. Edge assignments are separate production choices in the optimizer; generic panel sides do not imply a furniture front. Millimeter and inch inputs preserve the same construction, without hardware or back grooves.