In the field of industrial automation and motion control, the trade-off between precision and reliability is a constant challenge.In modern industrial automation and motion control, precise position feedback is crucial for ensuring high-performance system operation.

Behind modern industrial production, there's a magical device using magnetic force for separation, quietly driving the development of various industries.In grinding processes, as machining accuracy improves, high-speed grinding and powerful grinding technologies are rapidly developing.

In the joints of precision robots, under the rotors of drones, and even in the subtle operations of medical equipment, a key component is hidden—the frameless torque motor. Among these, the arc coefficient of the rotor magnet is the mysterious force influencing motor performance.

In today's rapidly advancing technological landscape, high-speed motors are becoming the core power source in multiple high-end fields. From new energy vehicles to aerospace, from precision manufacturing to energy equipment, behind these cutting-edge applications lies the support of a key technology

In the world of precision motors, a protective shell as thin as a cicada's wing yet incredibly sturdy is the key to the smooth operation of high-end equipment.In modern industry and technology, frameless torque motors have become core components in robotics, aerospace, and precision medical equipmen

Frameless torque motors serve as the core power source for modern precision equipment, with their performance directly determining the accuracy and reliability of high-end devices. Unlike framed motors, they lack a housing and bearing structure, allowing equipment manufacturers to integrate the moto

01 What is a Frameless Torque Motor?A frameless torque motor is a highly efficient and energy-saving type of electric motor. Its most distinctive feature is the removal of components found in traditional motors, such as the shaft, bearings, housing, and end caps, retaining only the two core componen

Why Does a Small Magnet Need a "Gold Coating"?In air at a high temperature of 150°C, an unprotected NdFeB magnet can be completely oxidized and corroded in just 51 days, ultimately losing its magical magnetic force.As the "King of Magnets" in modern industry, NdFeB magnets are widely used in new ene

I. Core Principles of Variable Reluctance ResolversFirst, to understand the design, one must understand its fundamental differences from traditional wound-rotor resolvers:· Traditional Resolver: Both stator and rotor have windings. The excitation signal and output signal are electromagnetically indu

Reluctance resolvers, as high-precision angle sensors, play an indispensable role in fields such as industrial automation, new energy vehicles, and humanoid robots. Faced with a dazzling array of product models on the market, selecting the right reluctance resolver has become a necessary skill for e