Magnetic Grip Magnet - Production in Desired Size

Magnetic Coupling Magnet - Magnetic Coupling Magnet

Magnetic brake and clutch systems are used to transfer linear motion and consist of two components: a driver and a follower. The driver is the part connected to the motor and triggers the movement of the follower through magnetic interaction, so that mechanical energy is transmitted without contact.

Specifications

• Components Driver and tracker
• Working Principle: Non-contact mechanical energy transmission
• Magnet Type: Permanent neodymium magnets (do not require electrical energy)
• Adjustable: The number and torque of magnets can be adjusted according to customer requirements

Benefits of Contactless Power Transmission

• Magnetic Damping: Minimizes or eliminates mechanical vibrations
• Component Isolation: Provides
• High Tolerance: Tolerates axial, radial and angular misalignment between motor and load
• Speed Variation and Regulation: Provides support for speed variation and regulation between motor and load

Grip Magnet Selection Criteria

• The type of magnet inside the clutch magnet should be selected according to the temperature and friction condition of the area of use:
  
  
  • NdFeB (Neodymium Iron Boron): Suitable for temperatures up to 150°C, corrosion protection required.
  • SmCo (Samarium Cobalt): Suitable for temperatures up to 350°C, corrosion protection optional.
  • Ceramic: Suitable for temperatures up to 250°C, corrosion protection not required.
  Magnetic coupling magnets provide non-contact power transmission, increasing efficiency and reducing maintenance requirements in mechanical systems. You can optimize system performance by selecting the appropriate magnet type according to the area of use and requirements.