Where large geometry meets medium-volume reality.
The strongest RPS use cases combine large thermoset geometry, meaningful tooling cost and a need to move quickly.
Battery enclosures at platform scale.
Large-format battery containers combine broad surfaces, integrated features and changing platform geometries. RPS is developing a tooling route that can reduce the cost and lead-time exposure of these medium-volume programs.
Discuss a battery enclosureNot every part needs hybrid tooling. The right ones clearly do.
We evaluate component scale, expected volume, surface requirements, process pressure, design maturity and the cost of conventional alternatives.
EV battery enclosures
Large-format enclosures need stiffness, dimensional control and integration features while platform designs continue to evolve. Hybrid tooling can lower the commitment required for new variants.
Large composite structures
Panels, shells and structural thermoset parts can benefit when conventional machined tooling is too slow or capital intensive for the required production volume.
Industrial housings
Complex protective housings for machinery, power electronics and industrial systems often combine large geometry with relatively modest annual demand.
Lightweight components
RPS supports programs where mass reduction and functional integration matter, but the tooling case is constrained by uncertain or medium-volume demand.
A focused review before any tooling commitment.
Share a representative CAD model, target material, annual volume and process constraints. We will identify fit, unknowns and a responsible next validation step.
Submit an application