Draw your products once, with formulas instead of fixed dimensions. Change a width and every panel, hole, joint and piece of hardware moves with it — then one export gives you every part as a DXF, drilling and pockets on their own layers, for the CAM you already use.
Request accessPanel sizes and hole positions, yes — but also the material, the fittings, the construction method, and whether a part exists at all. Swap one value and the whole job follows; write a rule and it decides for itself.
Layered DXF output per part makes importing to CAM and automating toolpaths easy. Each part
is rotated so the grain matches the 3D assembly, with diameter and depth in the layer names —
PROFILE, HOLE_D8_H13, POCKET_H12.
Design the joint once — a tongue on the edge, the matching groove in the face it meets — and every edge you put it on machines both panels. Fittings come along too: give them a maximum spacing and the joint adds as many as the edge needs.
The 24″, the 30″ and the 36″ are one drawing with three widths typed in. The inside is the
outside less two thicknesses — InsideWidth = CabWidth - 2 * Carcass — and every
interior component takes its width from there.
Millimeters, centimeters, meters, inches or feet in any field, with no unit mode to set
first — 3/4", 0.75 in and 19.05 are the same
dimension, and a fraction reads back as a fraction. Formulas are the exception: anything
starting with = is millimeters.
It's a web app — use it anywhere. Your work lives in your account.
Free while it's in beta. When ParaPanel goes public it'll be a monthly subscription — likely $40 to $80 — and beta shops will keep a lower rate than whatever it settles at. Working out that number is part of what the beta is for.
I will reach out to schedule an in-depth video call demo to ensure it fits your type of work.