Precision-engineered sheet metal components and pulleys for automotive, agri-machinery and industrial applications.
Precision stamped and fabricated components for automotive and industrial use
High-precision ring stampings with tight tolerances for critical automotive assemblies.
Structural axle pivot components stamped from high-grade steel for heavy-duty applications.
Flangia 19XGG-SS, Flangia 50VB, Insert Plate Front and Rear โ stamped to exacting specifications.
Light fabricated sheet metal parts and assemblies for automotive and agri-machinery sectors.
Full-range sheet metal part assemblies produced on our 15-press shop with capacity from 45T to 250T. In-house tooling design and PPAP capability ensures consistent quality and fast development cycles.
One-stop solution for all sheet metal pulley requirements via precision spin forming
Comprehensive pulley manufacturing via spin forming โ covering all major groove profiles and configurations
Two-halve split pulleys with and without welded hubs. Available in single, double, and triple V-groove profiles. Ideal for belt drive systems requiring easy installation and serviceability.
Precision spun pulleys manufactured via spin forming for superior concentricity. Single V-groove design for high-speed belt drive applications in automotive and industrial machinery.
Sheet metal idler pulleys for automotive serpentine belt systems. Currently under active development planning for mass production to serve OEM automotive customers.
Robust two-piece riveted pulley assemblies providing excellent strength and durability. Suitable for heavy-duty agri-machinery and industrial belt drive applications.
Complete product development and conversion capabilities
We offer complete engineering services to help customers reduce cost, improve performance, and shorten development cycles.
Conversion of casting and machined components to lightweight sheet metal alternatives without sacrificing strength.
Concept to prototype โ our engineering team develops feasible design proposals aligned to customer requirements.
Process Failure Mode & Effects Analysis to identify and mitigate risk at every stage of the manufacturing process.
Rigorous validation and endurance testing protocols to ensure components meet OEM performance standards.
In-house die manufacturing and tooling development for faster lead times and tighter cost control.
Full Production Part Approval Process support to ensure smooth OEM qualification and mass production launch.
Share your drawing or specification and our team will provide a competitive quote with fast turnaround.
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