Micron-Level Precision for Stator Core Manufacturing
We specialize in low-tolerance silicon steel laminations, ensuring optimal core loss reduction and efficiency for high-performance electric motors and generators.
0.02mm
Tolerance
24 Hours
RFQ Turnaround
ISO 9001
Certified
Precision Manufacturing Process
Rapid RFQ Evaluation
High-Speed Punching
Advanced Bonding Techniques
Rigorous Quality Control
Submit your CAD drawings or material specifications. Our engineering team provides a detailed production feasibility review within 24 hours.
Utilizing advanced stamping dies and high-speed presses, we achieve micron-level punching precision for custom slot geometries.
From automated laser welding to interlock punching and adhesive coating, we offer robust lamination stack assembly solutions.
Every stator core undergoes comprehensive CMM inspection and inter-lamination resistance testing to ensure optimal performance.
Optimized Silicon Steel Laminations
Prime Silicon Steel Grades
We process high-grade silicon steel sheets from 0.2mm to 0.5mm thickness, tailored for specific magnetic properties and core loss reduction.
Interlock Punching
Mechanical interlock punching provides robust lamination stacking without additional bonding agents, ideal for specific motor applications.
Automated Laser Lamination
Precision laser lamination ensures minimal heat affected zones and superior stack integrity, critical for high-efficiency motor performance.
Complex Geometries, Flawless Execution
Explore macro photography of our finished stator cores, showcasing intricate slot patterns and bonding integrity achieved through advanced manufacturing.
Ready to Optimize Your Motor Design?
Our engineering team provides rapid feasibility reviews and technical support for custom stator core projects. Send us your requirements.