Motors are devices that convert electrical energy into mechanical energy, enabling either rotational or linear motion. Based on their function, they can be categorized into drive motors and control motors. Among them, coreless DC motors and frameless torque motors are key types of control motors widely used in precisio……

A torque motor is a special type of motor with soft mechanical characteristics and a wide speed regulation range. It features low speed, high torque, strong overload capacity, fast response, good linearity, and low torque ripple. Unlike conventional motors that deliver constant power, the torque motor outputs constant ……

With the rapid development of artificial intelligence and mechatronics technology, humanoid robots are transitioning from science fiction to reality, becoming the core focus of next-generation intelligent equipment. From Tesla’s Optimus to the strategic deployments of various major tech companies, the humanoid robot in……

Mass Production of Humanoid Robots is Imminent, Ushering in a Golden Era for Axial Flux Motors The year 2025 marks the beginning of mass production for humanoid robots, with the market scale gradually expanding. The technical characteristics of axial flux motors are highly compatible with the application requirements ……

Electronic Brake System (EBS) motors are essential for modern vehicle safety and performance. For OEMs and automotive suppliers, producing high-quality EBS motors efficiently is critical to meet market demand, maintain safety standards, and remain competitive.

Electronic Brake System (EBS) motors play a critical role in modern automotive safety systems, ensuring precise braking and vehicle stability. As vehicles become more advanced, the demand for reliable and high-performance EBS motors has increased significantly.

Loose coils typically occur due to improper tension control, incorrect winding parameters, poor wire quality, equipment wear, operator errors, or unfavorable environmental conditions such as temperature and humidity fluctuations. Tension directly determines how tightly the wire is wound. If the tension controller is se……

A coil winding machine is an indispensable piece of coil winding equipment used across industries to manufacture precise electromagnetic coils for motors, transformers, solenoids, and other electrical components. These machines automate the process of wrapping conductive wire—typically copper or aluminum—around a core,……

Traditional automotive suspension systems consist of components such as elastic elements (springs), shock absorbers, and guiding mechanisms. These components connect the vehicle body and chassis to the wheels, transmitting forces and torque while also dampening road-induced shocks.

The adaptive air suspension system primarily consists of variable damping shock absorbers, air springs filled with compressed air, a network of sensors, electronic control units (ECUs), actuators, an air compressor, and a series of control valves.

The stator of a new energy vehicle motor—as the stationary part of the electric drive system—is typically composed of a laminated stator core, stator windings, insulation materials, and auxiliary components such as lead wires. Its primary role is to generate a rotating magnetic field when the motor operates, which inte……

In modern motor manufacturing, the motor serves as the core component of any drive system, playing a vital role in ensuring stable and reliable operation. Within the motor, the rotor is a key structural element responsible for converting electrical energy into mechanical energy. As automation technology continues to ad……