Datum Integrity
Critical faces are cut in a single coordinate system. Less stack-up error, cleaner runout.
Machining that balances strength, weight, and finish. 3-5 axis CNC paired with Additive capabilities.
Critical faces are cut in a single coordinate system. Less stack-up error, cleaner runout.
Undercuts, scallops, and spoke reliefs executed without compromise to the forging intent.
Adaptive toolpaths manage heat and chip load, preserving material properties and finish.
We run WLMD (Wire–Laser Metal Deposition) alongside our subtractive workflow, exploring where additive can unlock speed, complexity, and smarter material use across automotive.
6 focused lasers cocooned in argon gas form a melt pool while metal wire is fed precisely—building near-net shapes layer by layer with excellent metallurgical bonding.
We print near-net, then finish critical interfaces on 5-axis CNC—combining additive freedom with subtractive precision and surface quality.
We validate toolpaths for clearance, holder reach, and deflection before a chip is cut.
Adaptive strategies keep temperatures stable and the datum intact for finish cuts.
Faces, bores, and backpad features are finished in a minimal-step system to protect concentricity.
CMM probing and sampling confirm PCD, pad flatness, and hub location.
Our engineer-led partners can advise on pad thickness, spoke relief, and finish options.