Application

Fascia gun is a rehabilitation tool that massages muscles and fascial tissues through high-frequency vibration. Its core components are brushless DC motor (BLDC) and motor control motherboard, electromechanical control technology plays an important role in fascia gun, and the following are the speci

Applied to dental drills, bone drills, peristaltic pumps and other medical equipment, the precise control of the control board can meet the high demand for precision and stability of medical equipment.

In electric screwdrivers, motor control plays a crucial role, which directly affects the tool's performance, efficiency and user experience.At the same time, the use of high-efficiency motor drive chips and power management systems improves the energy efficiency ratio of the entire tool, in line

FOC vector control technology: the use of advanced FOC vector control technology enables precise motor control, reduces motor energy consumption, and reduces vibration and noise. Low vibration and noise: through optimised control algorithms, it reduces vibration and noise during motor operation and

Technical advantages: The company's self-developed motor control technologies, such as FOC (Field Orientation Control) vector control technology, can reduce the energy consumption of motors, reduce vibration and noise, and improve the smoothness and reliability of motor operation. These technica

Applied to dental drills, bone drills, peristaltic pumps and other medical equipment, the precise control of the control board can meet the high demand for precision and stability of medical equipment.

Functions in the robot's joints, electric claws and other parts to achieve flexible movement and precise operation of the robot.

In some high-end home appliances (e.g. brushless motor-driven hoovers, air conditioner compressors, washing machine drums), the control board enables stepless speed regulation of the motor to improve the operating efficiency and quietness of the equipment. For example, a hoover can adjust the motor

The brushless motor control board is the "brain" of the UAV's power system, which precisely adjusts the rotational speeds of multiple motors by receiving flight control commands to realise the UAV's hovering, flight attitude control (e.g. pitch, roll, yaw), acceleration and deceler