Stator cores are formed by stacking and assembling stator laminations. As the core component of a motor's magnetic circuit, they dominate the conversion process of electrical energy into mechanical en...
READ MOREServo motors function as the “actuating joints” of precision motion systems, and the core is the key element that defines their magnetic circuit and energy conversion performance. Our servo motor cores are manufactured using high-permeability, low-loss materials, combined with optimized pole–slot matching and magnetic circuit design. This helps minimize torque ripple, enabling smooth motion, accurate positioning, and stable operation in robotic systems and high-cycle manufacturing environments.
Stator cores are formed by stacking and assembling stator laminations. As the core component of a motor's magnetic circuit, they dominate the conversion process of electrical energy into mechanical en...
READ MOREAs the critical carriers for energy conversion in motors, the performance of stator laminations, rotor laminations, and stator cores directly affects motor energy efficiency and operational stability....
READ MOREStator laminations are the key fundamental components constituting the stator core of a motor. Their core function is to form the motor's magnetic circuit and ensure the efficient conversion of electr...
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