2W Apache Front Back Plate
High-precision front braking component designed for optimal friction heat dissipation. Engineered to withstand extreme mechanical stress during high-speed deceleration cycles.
2W KTM Rear Back Plate
Performance-grade rear backing plate engineered for high-torque KTM braking systems. Carbon-rich steel construction ensures zero-flex performance under extreme racing conditions.
2W Suzuki LHRH Back Plate
Symmetrical LH/RH backing plate set for reliable commuter braking performance. Precision stamped for 100% interoperability across the mid-range Suzuki platform.
K10 Back Plate
Compact four-wheeler braking plate designed for urban traffic durability. High-tensile steel core prevents structural warping during repetitive emergency braking cycles.
Piaggio 3W Vespa Back Plate
Specialized three-wheeler backing plate with enhanced thermal resistance. Optimized mechanical geometry for high-frequency stop-and-go commercial load profiles.
4W Molde C Pin and Plain
High-precision custom pins for complex four-wheeler mold assemblies. Hardened surface treatment ensures longevity and minimal friction in continuous production cycles.
Accelerator Pedal Rod
Structural transmission and control linkage rod crafted from ultra-rigid carbon steel. Precision machined and surface treated to prevent oxidative degradation in open chassis environments.
2W Apache Rear Back Plate
High-durability rear braking plate designed for consistent friction surface alignment. Precision-stamped to ensure structural stability under thermal expansion and intensive regenerative loads.
Hardware Infrastructure
Advanced Manufacturing
Capabilities
Our machine shop is configured to execute complex geometric profiles under continuous extreme-duty cycles. By heavily investing in localized automation and high-tonnage force generation, we maintain unyielding output predictability.
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Heavy Press Capacity
Pneumatic and mechanical presses ranging from 50T to 400T equipped with automatic coil feeders.
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Precision CNC Machining
High-speed VMC milling modules operating within micron-level tolerances for tooling execution.
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Surface Treatment Ecosystem
Partnered pipelines delivering Zinc plating, CED coating, Heat treatment, and custom powder coating.
Standardized Production Pipeline
Raw Material
Validation
Tool Design
& Milling
Precision
Stamping
Robotic
Sub-Assembly
Final CMM
Inspection
Rigid Control
Quality That Meets Global Standards
Implementing strict Statistical Process Control (SPC) across the shop floor. Every batch is subjected to destructive metallurgical validation, tensile pull-tests, and profile accuracy verifications using advanced optical comparators.
Full Batch Traceability
Laser-etched identification linking exact operator, timestamp, and raw-steel mill certificate to the final shipped part.
Sectors We Empower
Automotive OEMs
Tier-2 brake systems and structural body-in-white reinforcements.
Two-Wheeler
Lightweight clutch plates and high-volume bracketry.
Commercial CVs
Heavy-gauge suspension mounts processing thick IS-2062 plates.
Heavy Engineering
Bespoke industrial wire bending and rugged material handling parts.
Built for Excellence
Advancing Industry
Through Innovation
Over 25 years of specialized expertise in metal forming, providing Tier-1 and Tier-2 automotive manufacturers with zero-defect components.
Precision Engineering
Micron-level accuracy across all stamping and tooling processes.
Scalable Capacities
From low-volume prototypes to high-volume multi-million part runs.
Support & Logistics
Technical FAQ
Common queries from procurement and engineering teams.
What materials are routinely stamped for brake backing plates?
We primarily process high-grade carbon steels, IS 2062, SAPH 440, and C-45 parameters strictly matched against mill test certificates.
What precise geometric tolerances can the press shop hold?
Our progressive tooling structures routinely hold surface flatness down to 0.05 mm and linear positional tolerances capable of satisfying Cpk > 1.33 expectations.
Do you undertake custom stamping solutions and die development?
Yes. Our Tooling & NPD division develops 100% bespoke compound and progressive dies internally from client 3D CAD data.