A configured design and a manufacturable BOM are the same model
Design Engine's parametric configuration, the calculation run that resolves it into parts, and the drawing set the floor works from all read the same underlying construction rules - never three separate, driftable copies.
Parametric configuration
Configure a cabinet by width, height, depth and construction system - the model resolves panels, hardware and joinery from real, authored rules, not a guess.
BOM without re-entry
A calculation run turns the configured design straight into a bill of materials and an optimised, nesting-friendly cut list - no second pass to itemise it by hand.
Construction-accurate output
Assembly orientation, top construction, grooved backs and shelf clearances are computed from the same construction-system rules the drawing and BOM both read.
Drawings that match the model
Plan, elevation and section drawings export to PDF and DXF straight from the calculated model - change the design and the drawing set follows.
One calculation run, every part accounted for
Pick a product definition, set its dimensions and construction options, and run the calculation - panels, hardware, edge-banding and machining markers all resolve from the authored construction system, with per-part material, grain and edge-treatment data attached, not just a total cost.
- Author-defined construction systems, not hardcoded assumptions
- Per-panel thickness, orientation and clearance rules
- Nothing hand-itemised after the fact
Drawings the floor can actually cut from
Plan, elevation and section views export as PDF and DXF, on a real drawing-layer registry with declared line weights and plot status - so a hatch or a hardware marker reads correctly whether it's viewed on screen or printed without colour.
- DXF export for CAD/CAM tools
- PDF export for a shop-floor print
- Layer registry keeps line weights and plot status consistent
See a design become a cut list
Book a demo and we'll configure and calculate one of your real products live.