The absolute magnetic encoder rings provide precise absolute position measurement for robotics, industrial automation, and advanced motion control systems. Designed for Nonius-based sensing technology, these standard rotary magnetic rings deliver accurate, reliable feedback while simplifying system integration and reducing development time.
Available in a range of standard sizes, the rings integrate seamlessly with IC-MU sensing chips and support both axial and radial magnetization. As a result, engineers can select the configuration that best matches their application without requiring custom magnetic components.
Built for demanding industrial environments, these magnetic rings resist dust, oil, and cooling lubricants, ensuring stable performance even under harsh operating conditions. In addition, they operate reliably across a wide temperature range from -40°C to +100°C, making them suitable for factory automation, robotics, and precision positioning equipment.
With hollow shaft diameters ranging from 15 mm to 70 mm, these magnetic encoder rings offer a flexible solution for OEMs developing compact, high-performance motion control systems.
Key Features
- Magnetic encoder rings for absolute position measurement
- Optimized for Nonius-based sensing systems
- Standard product range for fast integration
- Compatible with IC-MU sensor chips
- Available with axial or radial magnetization
- Hollow shaft diameters: 15–70 mm
- Resistant to dust, oil, and cooling lubricants
- Operating temperature: -40°C to +100°C
- High reliability for demanding industrial environments
- Reduces development time for OEM applications
Applications
These magnetic encoder rings are ideal for:
- Industrial automation
- Robotics and collaborative robots (cobots)
- Motion control systems
- Precision positioning equipment
- Servo motors and direct drive systems
- Automated manufacturing equipment
- Rotary position sensing
- OEM automation solutions
Reliable Magnetic Rings for Precision Motion Control
These rotary magnetic encoder rings combine high measurement accuracy, industrial durability, and easy integration to deliver dependable absolute position feedback. Their compatibility with IC-MU sensors, flexible magnetization options, and resistance to harsh environments make them an excellent choice for robotics, automation, and precision motion control applications.