With the advancement of technology and people's increasing concern for environmental protection, electric vehicles are labeled as the future mode of transportation. The core component of electric vehicles, in addition to electric vehicle batteries, is the motor. The rapid development of power electronics and control te……

The drive motor is the power core of electric vehicles. It not only has to drive the vehicle forward, but also generates electricity when the vehicle brakes or coasts, and has the function of recovering energy. Due to the compact structure, high speed and endurance requirements of electric vehicles, the basic requireme……

PMSM is a type of permanent magnet motor widely used in electric vehicles. The efficiency of the PMSM motor is 15% higher than that of the induction motor and it is the traction motor with the highest power density. A permanent magnet synchronous motor is a type of AC synchronous motor whose magnetic field is excited b……

The permanent magnet synchronous motor is composed of stator, rotor and end cover. The stator is basically the same as the ordinary induction motor, and adopts a laminated structure to reduce the iron loss of the motor during operation. The rotor can be made solid or laminated. The armature winding can be concentrated ……

Frameless Torque Motor is a special type of motor that is different from the traditional motor structure. It usually consists of a rotor and a stator, but there is no fixed external structure or frame. Therefore, it is also called "backless motor" or "flat motor". A frameless torque motor is a linear drive motor that ……

According to the current design of Tesla humanoid robots, 28 frameless motors are required for all joints of the body. If 1 million Tesla humanoid robots are produced, there will be a demand for 28 million frameless motors. Compared with collaborative robots, the demand for frameless motor for humanoid robots may be ma……

The mainstream flat wire winding types currently include Hairpin and I-pin. Among them, Hairpin has a relatively higher adoption rate. Most companies prefer the Hairpin process due to its comparatively lower technical difficulty. On the other hand, I-pin, which requires double-ended welding, is adopted only by a few co……

The hairpin stator twisting machine consists of a tray feeding manual lifting mechanism, a tray double-speed chain, a tray stator positioning and lifting mechanism, a stator gantry transfer mechanism, an upper and lower insulation paper protection pin disk mechanism, a twisting mechanism, a twisting mold positioning me……

Hairpins are commonly used in both industrial and everyday applications, from consumer products to mechanical systems. The process of manufacturing these hairpins, particularly through specialized machinery, plays a crucial role in ensuring their precision, efficiency, and quality. The hairpin making machine has become……

The drone motor market size will grow from USD 2,900.5 million in 2024 to USD 6,073.4 million by 2031, at a CAGR of 11.13% during the forecast period. The growing consumer interest in recreational drones, especially aerial photography and videography, contributes significantly to the market growth. Hobbyists and pro……

Coreless motor winding refers to the precision winding process used in manufacturing coreless DC motors — a type of permanent magnet servo motor widely applied in robotics, medical devices, and precision instruments. Unlike traditional iron-core motors, the coreless motor adopts a cup-shaped, ironless coil (air-core wi……

In modern motor manufacturing, especially in the field of new energy vehicle motor production, hairpin winding technology is gradually becoming a mainstream solution. In order to improve winding efficiency and ensure accuracy, advanced hairpin making machine (or hair pin making machine) have emerged, which can produce ……