Magnets are at the forefront of revolutionizing the robot industry, enabling advancements in robotic design, performance, and functionality. From precision control systems to magnetic grippers and actuators, magnets serve as essential components in a wide range of robotic applications. Explore how magnets are driving innovation and propelling the evolution of robotics, shaping a future where robots are more capable, efficient, and versatile than ever before.
NdFeB magnets play a key role in robot intelligent manufacturing. As a high-performance permanent magnetic material, NdFeB magnets have excellent magnetic properties, such as high magnetic energy product, high coercivity and good magnetic stability, which make them have important application value in the field of robot intelligent manufacturing.
Newland Magnet is committed to providing high-quality magnetic materials and solutions in the field of intelligent manufacturing and promoting the development and application of robot intelligent manufacturing technology. As a leader in the field of magnetic materials and solutions, Newland Magnet continues to innovate and improve the quality of products and technology to provide customers in the field of robot intelligent manufacturing with high-quality products and professional services, and help the industry progress and development.
Common specific applications:
Motor drive
NdFeB magnets are widely used in robot joint motors, stepper motors and DC motors and other drive equipment. Their high magnetic energy product and high coercivity can provide strong driving force and stable operation performance, which provide power support for robot movement and operation.
Sensors
NdFeB magnets can be used to manufacture a variety of sensors, such as position sensors, speed sensors, and angle sensors, etc., to monitor and control the robot’s attitude, position, and motion status by detecting changes in the magnetic field.
Magnetic Connectors
NdFeB magnets can be used as magnetic connectors in the structure and components of robots, realizing the rapid disassembly and assembly of various robot parts, improving the flexibility and maintainability of robots.
Guiding and Positioning
NdFeB magnets can be used to manufacture guiding and positioning devices, such as magnetic guides and magnetic fixtures, etc. They can be used to locate and accurately position the robot through magnetic force, improving the precision and efficiency of machining and assembly.
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