MPM servo motor
Infranor provides high-performance motion control solutions, enabling precise automation for industrial, medical, and demanding motion applications.
The Infranor MPM series brushless servo motors deliver high performance and precision for demanding motion control applications. These motors are designed for dynamic systems that require reliable torque, speed, and positioning accuracy.
The MPM series features a compact design with high power density. As a result, manufacturers can improve machine performance while maintaining a small footprint.
Key Features & Specifications:
• Brushless servo motor designed for high-performance motion control
• High torque density for dynamic and precise applications
• Compact design for space-constrained systems
• Wide range of frame sizes and configurations
• Smooth operation with low cogging and high efficiency
• Feedback options including incremental and absolute encoders
• Optional holding brake for vertical or safety-critical applications
• Robust construction for industrial environments
• Compatible with Infranor drives and motion control systems
• Designed for automation, robotics, and precision machinery applications
When starting a project requiring a servo motor solution, In-Position Technologies engineers take a consultative approach. First, they review application requirements. They assess motion profiles and system demands. This helps determine the optimal MPM servo motor configuration.
Next, the team evaluates the full motion system. This ensures proper integration with drives, controllers, and mechanical components.
Their evaluations include:
• Motor torque, speed, and inertia matching
• Compatibility with controllers and available power
• Mounting requirements and form factor constraints
• Required feedback devices and accessories
Finally, customers may deploy the Infranor MPM servo motor series as part of a complete automation solution. In that case, IP Tech engineers help optimize the system.
• They select the correct motor size and configuration
• They ensure compatibility with drives and control systems
• They verify performance based on application requirements
• They support installation, setup, and long-term operation
