Prime Cage manufactures precision sheet metal components that support bearing assemblies, sealing systems, and mechanical structures across automotive and industrial applications. Built around controlled forming, tooling expertise, and consistent process execution, our components deliver reliable fit, durability, and repeatable performance at scale.
Sheet metal components play a critical role in ensuring structural support, functional integration, and long-term reliability within bearing systems and mechanical assemblies. From retaining and spacing functions to protective and load-support roles, these components directly influence assembly stability and service life. Accurate forming ensures reliable assembly and consistent product performance.
At Prime Cage, sheet metal manufacturing is driven by an understanding of how components function within broader mechanical and industrial systems. Our capabilities include bearing hub covers, dust shields, ABS rings, and other precision stamped components supplied either as standalone parts or integrated into bearing assemblies. Controlled tooling, disciplined forming processes, and dimensional consistency ensure reliable fit and performance across applications.
With experience across automotive and industrial programs, we support both standard and application-specific sheet metal components through scalable production setups. From material selection to finishing operations, every stage is managed to ensure dependable quality, repeatability, and on-time delivery across production volumes, including high-volume stamped components for demanding OEM requirements.
Prime Cage manufactures sheet metal components to meet defined material grades, dimensional ranges, and finishing requirements, ensuring consistent performance, form accuracy, and production reliability across diverse applications.
Steel: IS 513 – DC04 CRCA
Steel: AISI 1008M – HRPO
Spring Steel: (C55, C80)
Size: 50 mm to 200 mm
0.80 mm to 3.00 mm
Zinc Plating / Phosphating, etc.
Advanced tooling, controlled manufacturing processes, and engineering expertise enable the production of precision sheet metal components with consistent quality, repeatability, and performance across diverse applications.
Prime Cage manufactures a wide range of sheet metal components commonly used in bearing assemblies and industrial equipment. These include bearing hub covers, dust shields, ABS rings, and other precision-stamped components produced using optimized stamping, forming, and finishing processes to meet functional and dimensional requirements across varied applications.
Typical components include:
Production capabilities support controlled thickness ranges, consistent geometries, and surface finishes aligned with functional and environmental requirements. Each component is manufactured with a focus on dimensional accuracy, repeatability, and assembly compatibility.
Beyond standard components, Prime Cage supports custom sheet metal manufacturing based on customer drawings, application requirements, and performance expectations. This includes development support for new parts as well as optimization of existing designs for manufacturability and consistency.
Custom capabilities include:
This flexibility allows OEMs and system integrators to align component design with performance goals, cost targets, and production scalability while maintaining quality and supply reliability.
Sheet metal components are developed with direct consideration of how they function within bearing assemblies and mechanical systems. Load behavior, assembly interfaces, environmental exposure, and service conditions guide design execution and process selection.
Manufacturing operations are supported by structured tooling control, monitored forming processes, and validated inspection practices. This ensures consistent output across production runs while minimizing variation that can impact assembly performance.
By aligning sheet metal manufacturing with bearing cage and sealing solution capabilities, Prime Cage provides integrated component support that simplifies sourcing, improves coordination, and enhances overall system reliability for OEM customers.