stator core
High-precision stator cores made from premium electrical steel with stable magnetic performance and excellent dimensional accuracy. Customizable for inner/outer diameter, lamination thickness, and slot design, suitable for high-efficiency and high power density motor applications.
The stator core is a key component of the motor magnetic circuit, responsible for electromagnetic energy conversion and magnetic flux conduction. High-quality stator cores directly affect motor efficiency, noise, temperature rise, and service life. They are widely used in industrial motors, high-voltage motors, wind power generators, and new energy drive systems.
We provide complete stator core manufacturing services, from lamination stamping and stacking to insulation treatment and stator assembly. Supported by precision tooling, high-speed stamping equipment, and professional stacking processes, we ensure excellent dimensional accuracy, consistent lamination, and stable magnetic performance for high-performance motor applications.
Product Features
High-Performance Silicon Steel Materials
Premium cold-rolled non-oriented or grain-oriented electrical steel (NOES/GOES) is used, offering low core loss, high magnetic permeability, and stable magnetic performance, suitable for high-efficiency motor designs.
High-Precision Stamping and Stacking
Stator laminations are stamped with precision dies to ensure slot geometry, roundness, concentricity, and lamination consistency. Multiple stacking methods are available, including riveting, laser welding, and spot welding.
Customized Manufacturing Capability
Customized production is available based on customer drawings or samples, including:
Custom stator inner and outer diameters
Lamination thickness and stacking height
Slot design optimization
Surface insulation coating treatment
Wide Application
Suitable for high-voltage motors, wind power generators, industrial motors, new energy vehicle drive motors, and other high-efficiency motor systems.