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| 가격: | negotiable |
| 표준 포장: | Wooden case without need of fumigation |
| 배송 기간: | 7days-35days |
| 결제 방법: | T/T, L/C |
| 공급 능력: | 25 sets per month |
Our Core Stator Laminations are engineered with precision and performance in mind, using high-grade cold-rolled electrical steel that is specifically designed to minimize eddy current loss and improve magnetic permeability. Each lamination is produced using advanced tooling methods—such as progressive die stamping, laser cutting, or wire EDM—ensuring tight dimensional tolerances, excellent flatness, and consistent quality across high-volume batches.
The laminations form the magnetic core of stators in electric motors, and their design has a direct impact on motor efficiency, temperature rise, and noise level. That’s why we focus on reducing iron loss and optimizing the stacking process, which directly translates to energy savings, improved motor life, and lower operating temperatures in your end products.
We support various stacking methods, including interlocking tabs, welding, gluing, or riveting, based on your assembly and insulation requirements. Our in-house engineering team can work closely with your R&D or technical department to fine-tune core geometry for high-speed or high-torque motors, while also helping to reduce mechanical stress during lamination.
Whether your application is for electric vehicles, industrial automation, renewable energy, or smart home appliances, we have the technical know-how and production flexibility to deliver custom solutions that enhance your product’s performance and competitiveness in the market.
⚙️ High Precision Tolerance for better rotor-stator fit and motor performance
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|
| 가격: | negotiable |
| 표준 포장: | Wooden case without need of fumigation |
| 배송 기간: | 7days-35days |
| 결제 방법: | T/T, L/C |
| 공급 능력: | 25 sets per month |
Our Core Stator Laminations are engineered with precision and performance in mind, using high-grade cold-rolled electrical steel that is specifically designed to minimize eddy current loss and improve magnetic permeability. Each lamination is produced using advanced tooling methods—such as progressive die stamping, laser cutting, or wire EDM—ensuring tight dimensional tolerances, excellent flatness, and consistent quality across high-volume batches.
The laminations form the magnetic core of stators in electric motors, and their design has a direct impact on motor efficiency, temperature rise, and noise level. That’s why we focus on reducing iron loss and optimizing the stacking process, which directly translates to energy savings, improved motor life, and lower operating temperatures in your end products.
We support various stacking methods, including interlocking tabs, welding, gluing, or riveting, based on your assembly and insulation requirements. Our in-house engineering team can work closely with your R&D or technical department to fine-tune core geometry for high-speed or high-torque motors, while also helping to reduce mechanical stress during lamination.
Whether your application is for electric vehicles, industrial automation, renewable energy, or smart home appliances, we have the technical know-how and production flexibility to deliver custom solutions that enhance your product’s performance and competitiveness in the market.
⚙️ High Precision Tolerance for better rotor-stator fit and motor performance
