Silicon Steel Stamping,Progressive Die for Motor Stator Rotor, EV Motor Core Progressive Die, Multi-Station Lamination Die

Q: 1. Can you do small batch stamping?

Yes. Prototype or soft tooling allows for cost-effective small runs before committing to hard tooling for high volume.

Q: 2. What secondary operations are commonly needed?

Deburring, tapping, welding, staking, heat treating, plating, painting, and degreasing.

Q: 3. How long does tooling take?

Simple tools: 2–4 weeks; complex progressive dies: 6–10 weeks or more.

Q: 4. What surface treatment can you provide?

Powder coating, zinc plating, hot-dip galvanizing, polishing, wet paint, anodic oxidation, electrophoretic paint, passivation, etc.

Q: 5. Can Yixing technology Provide PPAP Services and Documentation?

Yes. We are quite familiar with the Production Part Approval Process for Automotive industry customers, which is also similar to documentation and project management required in the military, aerospace, and nuclear industries.

Our Advantages in Motor Stator and Rotor Stamping

Motor stators and rotors are the key parts of electric motors, formed by laminating hundreds of thin silicon steel sheets. At Yixing Technology, we understand that precision is paramount. With 20+ years of experience, we provide not only high-performance progressive dies but also flexible Mold Manufacturing to meet your specific production needs.

High-Speed Precision Progressive Dies

For mass production, our progressive dies combine massive scale with microscopic precision:

Exceptional Accuracy

Feed tolerances of ±0.02mm and cutting edge tolerances of ±0.01mm, achieved through advanced wire EDM and grinding.

150 Million Strokes Mold Life

Critical punch pins use tungsten carbide, engineered for over 150 million strokes. Ultra-precision guiding systems ensure decades of consistent performance.

Automatic Lamination Riveting

Special riveting points automatically interlock each new lamination with the previous one, forming complete motor cores directly in the die. No secondary operations needed.

Maximum Material Utilization

By reasonable design, we can achieve 90% material efficiency.

Zero-Burr Blanking

Precisely controlled mold clearance and mirror-finished carbide edges.

Sustained Precision

Even the mold runs at 300–1,500 strokes per minute, our expertise in materials, heat treatment, and assembly ensures the position is stable and does not shift.

Flexible Mold for Rapid & Small Quantity

We know that traditional tooling can be expensive and time-consuming. We also provide more flexible molds for Rapid & small quantity Manufacturing solutions.

WEDM-LS (Wire EDM Low Speed)

To ensure mold precision: We utilize high-precision WEDM-LS to produce molds with tight tolerances, which are needed by motor stator and rotor applications.

Whether you need the high-speed efficiency of Progressive Dies or the flexibility of Mold Manufacturing, our 20+ years of expertise ensure that every motor core meets the highest standards of performance and durability.

FAQ

1. Can you do small batch stamping?

2. What secondary operations are commonly needed?

3. How long does tooling take?

4. What surface treatment can you provide?

5. Can Yixing technology Provide PPAP Services and Documentation?

Send Your Message

Feel free to contact us. We are ready to assist you.

Our Advantages in Motor Stator and Rotor Stamping

High-Speed Precision Progressive Dies

Flexible Mold for Rapid & Small Quantity

FAQ

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