Customize stamping progressive mould for electric components 23,000,000 punching times - Guangdong Zhengqiang Technology Group

Customize stamping progressive mould for electric components 23,000,000 punching times - Guangdong Zhengqiang Technology Group

With 17 years of mold design and manufacturing experience, over 3000 sets of stamping dies, we provide efficient, stable, and cost-effective mold solutions for your products.
Here are the key advantages of our mold design:
Precision Control: Ensures accurate shape, size, and precision of stamped parts with an accuracy of up to ±0.005mm.
Improved Efficiency: Enables automated production, increasing speed and output.
Quality Assurance: Guarantees dimensional accuracy and surface consistency, reducing waste.
Cost Reduction: Optimizes structure and materials to lower manufacturing and maintenance costs.
Complex Shape Capability: Supports intricate designs like bending, stretching, and punching.
Material Efficiency: Maximizes material usage, minimizing waste.
Mass Production: Ensures consistency and stability for high-volume production.
Innovation Driven: Continuous improvements in mold design boost efficiency, quality, and industry advancement.
Our advanced slow-wire cutting technology, combined with CNC and CNC lathes, ensures high-precision machining from millimeters down to 0.1mm, supporting a wide range of complex and intricate designs.

Products details

Custom Stamping Progressive Mould Technology

17+ years expertise in customize stamping progressive mould manufacturing. Achieve ±0.005mm accuracy with automated production for complex stamped parts. 3000+ successful die projects.

Customize Stamping Progressive Mould

±0.005mm dimensional accuracy
Slow-wire cutting technology for micron-level precision
Tolerance Control Process

Zhengqiang Hardware Division (Chengdu)

The Custom Stamping Progressive Mould adopts a high-precision progressive structure design, and realizes the integration of punching, forming, cutting and other processes through multi-station linkage. This technology has an ultra-high positioning accuracy of ±0.01mm, supports the processing of various metal sheets with a thickness of 0.1-6.0mm, and is particularly suitable for the production of large quantities of precision parts such as automotive parts and electronic connectors. Through CAD/CAE simulation optimization and carbide insert design, the mold life can reach more than 3 million times, and with the servo feeding system, it can achieve high-speed and stable production of 60-120 strokes per minute. We provide a full-process solution from material selection, mold flow analysis to mold trial verification to ensure that the product dimensional tolerance is controlled within the ISO 2768-mK level standard.