Showing 1 - 13 of 13 products
Secondary process machines are used for finishing operations after metal stamping, including tapping, drilling, and riveting processes.
These machines ensure consistent thread quality, accurate hole processing, and reliable assembly performance in various manufacturing applications such as automotive components, electronics, and industrial hardware.
Secondary process machines support downstream operations by completing functional features such as threading, hole making, and component joining. Proper machine selection helps maintain production efficiency and product consistency.
Typical workflow for post-stamping metal parts processing:
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Stamped Parts
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Tapping
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Drilling
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Riveting / Assembly
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Finished Product
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Contact GL Engineering Support Sdn Bhd for secondary process machine recommendations and application support.
High-quality gear pitch set designed for precise transmission and synchronization during tapping operations, ensuring smooth motion and accurate threading.
High-precision automatic tapping machines designed for efficient, accurate, and versatile metal threading across various industrial applications.
Precision lower spindle designed to support smooth vertical motion and stable alignment in tapping machines, ensuring accurate thread cutting and long-term reliability.
High-precision master spindle designed for stable and accurate rotation during tapping operations, ensuring smooth threading and consistent performance.
High-precision automatic riveting machine designed for stable, consistent riveting performance — ideal for automotive, electronics, and general metal assembly applications.
High-performance tapping bit designed for precise and clean thread cutting. Coated for durability and smooth operation, ensuring consistent performance in high-speed tapping machines.
Durable and precise tapping collet designed to securely hold taps for accurate threading and consistent performance in precision tapping machines.
Durable universal joint designed to transmit rotational power at variable angles, ensuring smooth and flexible motion transfer in tapping machines.
