stator core lamination
High-precision stator laminations made from premium non-oriented electrical steel, featuring low core loss and excellent magnetic performance. Manufactured with precision stamping and multiple stacking methods, with full customization available for dimensions, slot design, and insulation coating, suitable for high-efficiency and high power density motor applications.
High-Performance Silicon Steel Materials
Premium cold-rolled non-oriented electrical steel (NOES) and other high-grade silicon steel materials are used, featuring low core loss, high magnetic permeability, and excellent magnetic performance stability, suitable for high-efficiency motor design.
High-Precision Stamping Process
Stator laminations are manufactured using precision stamping dies, ensuring accurate slot geometry, roundness, concentricity, and lamination consistency. This process is suitable for high-speed and high power density motor applications.
Multiple Lamination Stacking Methods
Various stacking methods are available, including riveting, laser welding, and spot welding. Customized stacking solutions can be provided according to different motor structures and application requirements.
Customized Manufacturing Capability
Customized production is available based on customer drawings or samples, including stator inner and outer diameter, lamination thickness and stacking height, slot design optimization, and surface insulation coating treatment.