Huizhi Precision Engineering Stators and Rotors: Based in Northeast China, Serving the World

 

Specializing in precision machining of motor cores, offering one-stop custom solutions

High-precision machining with a tolerance of ±0.02 mm, offering comprehensive flexibility for both prototyping and mass production

Deeply Rooted in Shenyang’s Industrial Base: A Provider of High-End Motor Core Solutions

About Us

Shenyang Huibei Intelligent Technology Co., Ltd., based in Shenyang—the industrial heartland of Northeast China—brings together industry-leading technical expertise and supply chain resources to specialize in the custom R&D, precision manufacturing, and global sales of stator and rotor cores for electric motors. Focusing on four high-end sectors—industrial energy-efficient motors, intelligent robots, low-altitude unmanned aerial vehicles (UAVs), and maglev high-speed motors—the company provides end-to-end, one-stop solutions ranging from design and prototyping to the delivery of finished products.

Custom Manufacturing of All Types of Iron Cores
One-Stop Delivery for Multiple Processes

Complete Turnkey OEM Services

Leveraging our comprehensive production lines covering the entire manufacturing process for cores and windings, we offer OEM contract manufacturing services for complete motors based on customer drawings and performance specifications, providing one-stop delivery of finished motor assemblies.

Custom Processing of Silicon Steel Blanks

High-precision die-cutting and prototyping, with flexible production for various sizes

Custom Manufacturing of Motor Stators

Multiple processes—adhesive bonding, welding, and self-adhesive—with custom-made specialty soft magnetic materials available on demand

Machining of Stator and Rotor Assemblies

Winding + Advanced Rotor Processing: One-Stop Assembly Solutions

Product Overview.

The company specializes in the R&D and manufacturing of precision stator and rotor cores, covering six major application areas: industrial permanent magnets, fluid pumps, unmanned aerial vehicles, robotic servos, maglev high-speed spindles, and automotive electronics. By optimizing magnetic circuit and structural designs, we achieve low vibration, low loss, high dynamic response, and resistance to harsh operating conditions, thereby comprehensively empowering modern equipment to achieve upgrades in efficiency, precision, and lightweight design.