High Quality High Speed Punch Progressive Stamping Die

Our High-Speed Punch Progressive Stamping Dies are designed for the mass production of various motor cores, including those for water pump motors, Y series motors, air conditioner compressors, refrigerator compressors, washing machine motors, air conditioner encapsulated motors, automotive motors, generators, stepper motors, and other types of induction motors, universal motors, shaded pole motors, brushless DC motors, as well as various AC and DC variable frequency motors.

Benefits
Unlike traditional dies, progressive dies can stamp multiple features onto a single workpiece simultaneously, thereby shortening the production cycle and increasing efficiency. As a high-quality custom die manufacturer, the stators and rotors stamped using our dies exhibit high precision and fewer burrs. This significantly enhances the resistivity and magnetic permeability of the stator and rotor and reduces core damage and magnetic aging.

Customization
Given the diverse requirements for motor cores, we offer customization based on client-provided drawings and samples in single-row, double-row, or multi-row dimensions. We also provide different forming processes, such as in-die riveting, torsional slots, large four-turn in-die riveting, and more. Our engineering team works closely with clients to develop tailored solutions that meet their production needs, enhancing flexibility and enabling clients to optimize their processes and achieve results. Additionally, our advanced design capabilities allow for complex forming and stamping operations, reducing material waste and increasing yield.

Quality Assurance
Dajing Moulds firmly adheres to the goal of "creating value for customers" and regards quality as the lifeblood of the company, industry development. From material selection to the manufacturing process, we implement strict quality standards to ensure each die meets high standards and offers a long life. Every die undergoes rigorous testing and inspection before leaving the factory to verify dimensional accuracy, surface finish, and performance, ensuring reliable operation and long-term durability.