Customized Silicon Steel Laminated Motor Stator Core | Ø100mm High-Efficiency Lamination Sheet for Motor Accessories | Precision Motor Core Fabrication

Customized Silicon Steel Laminated Motor Stator Core | Ø100mm High-Efficiency Lamination Sheet for Motor Accessories | Precision Motor Core Fabrication

Product Description:

Our customized motor stator core laminations are precision-engineered using high-grade silicon steel to minimize core loss and maximize motor efficiency. With a standard outer diameter of 100mm, these cores are ideal for compact motors and servo systems.

Each lamination is processed through progressive stamping or laser cutting for high dimensional accuracy. We offer a wide variety of customization options including lamination methods, slot types, and insulation coatings. Designed to withstand electromagnetic stress and thermal load, our laminated cores are suitable for high-performance industrial motors, automotive drives, and UAV propulsion systems.

By reducing eddy current losses and improving magnetic conductivity, our cores enhance torque output and prolong the lifespan of the motor.

Features:

• ✅ Low Core Loss & High Magnetic Efficiency

• ✅ High-Precision Lamination for Smooth Magnetic Flow

• ✅ Custom Outer Diameter and Slot Geometry

• ✅ Excellent Thermal & Electrical Insulation

• ✅ Multiple Lamination Techniques (Bonding / Welding / Riveting)

• ✅ Supports Compact, Lightweight Motor Designs

• ✅ RoHS & ISO Certified Production

Technical Parameters:

Applications:

• Brushless DC Motors (BLDC)

• Servo Motors

• Industrial Drive Systems

• Electric Vehicle Powertrains

• UAV and Drone Propulsion

• Home Appliance Motors

• Pumps, Fans, and HVAC Motors

• Medical and Precision Equipment

Customization:

We offer full customization based on your drawings or specifications:

• Material Selection: CRGO, CRNGO, silicon steel grades available

• Outer Diameter and Inner Bore: From 20mm–500mm

• Slot Design & Number of Teeth: Round, rectangular, skewed slots

• Lamination Assembly: Bonding, welding, interlocking

• Surface Insulation: Epoxy or oxide coating to improve dielectric strength

• Fast Sampling: Rapid prototyping within 7–10 days