DESIGN / BASIC BUTT JOINT

Basic Box Designer Parametric / mm

One design. Precise panels. A clear path to cutting.

DESIGN CALCULATE OPTIMIZE EXPORT

Unsaved Design

Save your parameters to return later.

Loading interactive 3D preview…

CALCULATED / SAME GEOMETRY AS THE MODEL

Panel Cut List

6 panels

Calculated rectangular panel dimensions in millimeters
Name	Width	Height	Qty	Thickness
Front	600	400	1	18 mm
Back	600	400	1	18 mm
Left	314	400	1	18 mm
Right	314	400	1	18 mm
Top	564	314	1	18 mm
Bottom	564	314	1	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.

Front600 × 400 mm

Back600 × 400 mm

Left314 × 400 mm

Right314 × 400 mm

Top564 × 314 mm

Bottom564 × 314 mm

Independent design tool · Basic Butt Joint · No finger joints, machining allowances or toolpaths.

Generate a butt-joint box panel list

Inside and outside dimensions

Basic Box front and back span full outside width and height. Sides fit between front/back at depth minus twice thickness; top/bottom fit inside all four walls. Inside mode adds twice the material thickness to each dimension before using the same construction.

A useful default check

At 600 × 400 × 350 mm with 18 mm material and a closed top, front/back are 600 × 400, sides 314 × 400 and top/bottom 564 × 314 mm: six panels. Open Top removes only the top; the reported inside dimensions retain the closed-box reference, while actual open clearance gains one thickness.

What the exports describe

SVG/DXF contain physical rectangular panel outlines, not optimized nesting, joints or cutter compensation. This is a basic box calculator; it does not generate finger joints, hardware holes or laser joint tolerances. Save parameters as revisions or transfer panels to the optimizer.