Custom Magnet Rotor Assembly for Frameless Torque Motors

HS Hardwares Frameless Torque Motor Magnet Rotor Assemblies utilize high-performance N35–N54UH NdFeB magnets to deliver high torque density, exceptional positioning accuracy, and smooth direct-drive performance. Ideal for robotics, semiconductor equipment, CNC rotary tables, and precision automation systems. Fully customizable to customer specifications.

Description

The Frameless Torque Motor Magnet Rotor Assembly from HS Hardwares is designed for high-performance direct-drive applications requiring exceptional torque density, precise motion control, and compact integration. Manufactured using premium NdFeB permanent magnets ranging from N35 to N54UH, this rotor assembly provides powerful magnetic flux and outstanding efficiency for frameless torque motor systems.

The magnet rotor assembly is engineered to work seamlessly with stator components, delivering smooth rotation, high dynamic response, and zero-backlash performance. By eliminating traditional transmission mechanisms such as gearboxes and belts, frameless torque motors achieve higher precision, lower maintenance requirements, and improved system reliability.

HS Hardwares offers complete customization services including rotor diameter, magnet configuration, pole count, magnetic grade, bonding methods, balancing requirements, and assembly structures to meet specific application needs.

Key Features

  • Product Type: Frameless Torque Motor Magnet Rotor Assembly
  • Magnet Material: NdFeB (Neodymium Iron Boron)
  • Magnet Grades: N35 – N54UH
  • High torque density
  • Strong magnetic flux output
  • Excellent dynamic response
  • Zero backlash direct-drive performance
  • High positioning accuracy
  • Compact and lightweight structure
  • High-temperature grades available
  • Dynamic balancing support
  • Fully customizable design

Applications

  • Frameless torque motors
  • Direct-drive rotary systems
  • Industrial robotics
  • CNC rotary tables
  • Semiconductor manufacturing equipment
  • Medical imaging systems
  • Precision automation equipment
  • Aerospace positioning systems
  • Inspection and testing equipment
  • High-end motion control systems