Creytix BendForge
Tube-bending, planned before it's cut.
A tube-bending designer producing 3D LRA output, a die library, and manufacturability checks before metal gets cut.
Know if it bends before you touch the tube.
What it does for you
Manufacturability-checked
Designs are checked for bend collisions, negative marks, die max-angle, die-vs-tube fit, and clamp clearance before they're sent to be cut and bent.
Die library built in
Bends reference a die library (radius, max angle, clamp length, springback) instead of assuming an idealized bend radius.
Import from a real drawing
A DXF centerline, a calibrated image trace, or pasted XYZ points can all become a bend design, not just manual entry.
Try it: capabilities
Select a capability — arrow keys move between them, Home/End jump to the ends.
Capability 1 of 6
3D LRA (length-rotate-angle) output
Designs are checked for bend collisions, negative marks, die max-angle, die-vs-tube fit, and clamp clearance before they're sent to be cut and bent.
Proof, not adjectives
Lab prototype, v2 shipped
BendForge's v2 "SE" tier shipped 2026-07-11, alongside its WeldForge sibling.
Up to 100 bends, math test-covered
The 3D bend geometry (LRA convention, cut length, mark position) supports up to 100 bends per part and is covered by a Node test suite.
DXF round-trip
Planar parts export as DXF with true arc fillets, and re-importing that same file recovers both the apexes and the bend radii.
Related tools
Built with Creytix, on Creytix
This page itself was produced by the platform it describes — the same design tokens, module pipeline, and review gates used for every Creytix client site. Nothing here is a mockup of the product; it is the product.