Infrastructure
Prime Cage Pvt. Ltd. operates a modern manufacturing infrastructure supporting the production of bearing cages, bearing seals, O-rings, and engineered sheet metal components. Equipped with dedicated manufacturing systems, in-house tooling, and inspection facilities, our operations are structured to meet diverse component requirements while maintaining consistent quality, production efficiency, and dependable supply.
Prime Cage’s manufacturing infrastructure brings together metal stamping and forming, precision machining, and vacuum compression molding capabilities to support a diverse range of bearing and engineered component requirements. Dedicated production facilities accommodate bearing cages, bearing seals, O-rings, and sheet metal components, with manufacturing processes aligned to their specific material, dimensional, and functional requirements.
The facility layout and equipment configuration support efficient production across varying component types and volumes. Automated press lines, dedicated molding equipment, and organised production workflows enable Prime Cage to manage high-volume OEM programs alongside specialised manufacturing requirements, while maintaining process stability and predictable output.
In-house tooling expertise, inspection facilities, and structured production monitoring provide the operational foundation for consistent manufacturing performance. By coordinating these capabilities across production activities, Prime Cage supports long-term customer programs where dimensional accuracy, quality consistency, and reliable delivery remain essential.
Prime Cage’s manufacturing facility combines hydraulic and mechanical presses, SPM machines, automated production lines, and vacuum compression molding equipment to support bearing cages, sealing components, and engineered sheet metal parts. Dedicated manufacturing operations accommodate different materials, component geometries, and production requirements through process-specific equipment and controlled production parameters.
Metal stamping and forming operations are configured for repeatable production of bearing cages and sheet metal components, supported by automated press lines and established tooling systems. Dedicated vacuum compression molding facilities support the manufacture of bearing seals and O-rings across varied sealing configurations and elastomer grades, with a combined monthly production capacity of 2 million pieces.
Structured workflows, defined production zones, and coordinated tooling and material handling support consistent output across high-volume OEM programs and application-specific requirements. These practices help maintain production stability, manufacturing efficiency, and dependable delivery schedules.
Manufacturing capabilities include:
Our in‑house tool room ensures complete lifecycle control, playing a critical role in manufacturing consistency and responsiveness. Tooling activities are closely aligned with production requirements, enabling controlled die development, validation, and ongoing maintenance.
This capability allows faster response to drawing changes, shorter turnaround times for new or modified components, and tighter control over forming conditions. Preventive maintenance systems further enhance tool reliability and ensure consistent output across long production cycles.
Tooling Capabilities:
Surface finishing processes play an important role in enhancing component durability, appearance, and functional performance. Controlled finishing operations help improve corrosion resistance, wear characteristics, and overall consistency across applications.
The facility supports multiple surface finishing requirements to meet customer specifications while maintaining uniformity and repeatability across production batches. Finishing processes are integrated into production planning to ensure compatibility with downstream assembly, handling, and end-use performance requirements.
Surface finishing capabilities support:
Dedicated inspection and laboratory facilities support accurate measurement, verification, and monitoring of product quality throughout the manufacturing process. Inspection activities are integrated across multiple stages of production, supporting both in-process verification and final inspection.
Advanced measuring instruments and inspection systems enable early detection of variation, trend monitoring, and process stability. These practices support consistent compliance with defined dimensional and performance requirements while reducing the risk of defects.
Inspection and quality control activities include:
Dedicated storage areas are maintained for raw materials, work-in-progress, tooling, and finished goods to support organized handling, traceability, and damage-free movement throughout the facility. Material handling systems focus on maintaining product integrity and efficient logistics coordination across production and dispatch operations.
Production planning and scheduling practices support stable lead times and predictable output across OEM supply programs.
Material handling practices include:
Packaging operations are structured to ensure safe handling, product protection, and delivery reliability across domestic and export shipments. Components are packed using application-appropriate methods that prevent damage during storage, handling, and transit.
With controlled packaging processes and organized dispatch systems, Prime Cage ensures that finished components reach customers in the required condition and in alignment with logistics and delivery requirements.
The facility supports:
Industry 4.0 practices are integrated into manufacturing operations to enhance process visibility, efficiency, and decision-making through data-driven monitoring and automation. Structured data capture and controlled automation support real-time production monitoring and informed operational adjustments.
These practices enhance traceability, improve production planning, and contribute to consistent execution across manufacturing programs, supporting both efficiency and long-term process reliability.
Key initiatives include: