Molding, tooling, engineered products, and automation are not separate departments here. They share a floor, a data model, and a single quality system — which is why a design change reaches a validated part in weeks, not quarters.
PORTFOLIO
What We Do
Four disciplines, all in-house on one floor and one quality system. Here is each in detail — what it covers, where the limits are, and why owning it end-to-end keeps a change in one from blindsiding the other three.
We build the tool and we measure what it makes — micron-level fabrication paired with 3D optical coordinate metrology, so the people cutting steel and the people signing off parts read the same numbers. First-article reports are generated from the same scan data that feeds our SPC loop, so there is one measurement truth from tryout through series.
Give us a function, not just a drawing — kinetic assemblies, thermal housings, sealed enclosures — and we engineer the part that delivers it. We take responsibility for the function, not just the geometry — which means we own the DFMEA, the tolerance stack, and the validation plan alongside your engineers.
Robotic cells, AI optical inspection and automated assembly built around the part — not bought off a catalogue and forced to fit. We build our own cells, so when a program ramps we re-tool the automation in-house instead of queuing behind an integrator’s backlog.
Glass- and mineral-filled grades are processed on wear-protected screws and hardened tool steels. Where a program targets recycled content, we qualify the recyclate blend through the same moldflow and mechanical validation path as virgin resin — no exceptions, because a sustainability target that fails PPAP helps nobody.
CONNECT
Bring Us The Hard One.
Tight tolerance, awkward geometry, or a launch date that already slipped? Those are the programs we are built for.
Global engineering and manufacturing partner providing high-precision tooling, plastic injection molding, and automated robotic systems for the tier-1 automotive sector.