The Role of Magnets in Robotics

Magnets are indispensable components in the field of robotics, playing crucial roles in various applications. Their unique properties, including their ability to generate a persistent magnetic field without requiring an external power source, make them highly versatile and efficient for multiple robotic functions.

From precision control and gripping to advanced sensing and power transmission, magnets are integral to the advancement of robotic technology. As robotics continues to evolve, the innovative use of magnetic technology will undoubtedly play a significant role in shaping the future of this dynamic field.

Cases

Multi-poles magnet ring

The multi-pole magnetic ring is usually a magnet assembly in which a rubber magnet is assembled on a hollow metal bracket (thickness 0.6mm)

Magnetize the rubber magnet part, and the magnetization form is generally two rows of magnetic tracks with different pole pairs. (combination N pole and S pole)

The multi-pole magnetic ring needs to be used together with the magnetic encoder chip, which can detect the absolute angle and rotational speed of the magnetic rotary encoder. We recommend using the IC-MU series products of IC-Haus company as the magnetic encoder chip.

Application

Rotation angle measurement of robot joints, motor rotation angle detection amount,Precision Positioning and Motion Control,Gripping and Manipulation,Sensor Technology,Power Transmission,Magnetic Navigation, Magnetic Coupling,etc