In the middle of the night in a factory, a precision equipment suddenly stopped. The maintenance personnel found that the coreless motor had a fault due to improper operation, which forced the production to be interrupted… Such a scene gave many users a headache. Coreless motors have emerged in many…
Faced with a wide range of coreless motor models, have you ever fallen into the dilemma of “not choosing the right model, equipment performance is discounted”? When the automated production line speeds up but stagnates due to insufficient motor power, when the drone’s flight life is greatly shortened due to…
When precision instruments are running at high speed, the motor suddenly “strikes” due to overheating; or in a high temperature environment, the performance of the equipment drops sharply due to the accumulation of heat in the motor… I believe that many engineers and equipment users have encountered such scenarios. Coreless…
Looking at the high monthly electricity bills in the factory, or worrying about the high electricity costs caused by the long-term operation of equipment, many business owners and equipment users are looking for a breakthrough in energy saving. As a new type of power equipment, coreless motors are frequently labeled…
Introduction to Torque Characteristic Curve The torque characteristic curve of an induction motor, a widely used power device in the industrial field, is of great significance for motor performance evaluation, system design, and optimized operation. By analyzing this curve, we can understand the motor’s operating status under different working conditions,…
The newly bought fan in the workshop always burns the motor? The air conditioner in the office trips as soon as it is turned on? When many people choose induction motors, they either buy a large power to waste money, or the speed is wrong and the equipment stops working.…
In the fields of high-end equipment such as new energy vehicles and precision medical devices, coreless motors are favored for their advantages such as zero cogging and high response speed, but they are deterred by the high manufacturing cost. Why is the motor with a seemingly streamlined core structure more…
On automated production lines, the stability and accuracy of equipment operation directly determine product quality and production efficiency. When coreless motors have speed fluctuations, positioning deviations and other problems, not only will defective products be produced, but the construction period may also be delayed, resulting in significant losses. For this…
At a time when technological iteration is accelerating, the technological innovation of motors as the core of power has attracted much attention. When traditional motors are unable to meet the needs of lightweight and high-efficiency equipment, coreless motors come into view with their unique advantages. This article will analyze its…
The motor hums but cannot carry the load, and suddenly shakes violently during operation… Coreless motors are widely used in the fields of industry and home appliances due to their advantages of high efficiency and energy saving, but they are also inevitably subject to various faults in daily use. Understanding…