TPM+ Dynamic rotary servo actuators

High Dynamics for Rotary Motion

The WITTENSTEIN TPM+ DYNAMIC servo actuator combines a high-performance synchronous servo motor with a two-stage precision planetary gearbox to create a compact, integrated drive solution. Designed primarily for rotary applications, it delivers high power density, excellent torsional rigidity and rapid acceleration for demanding industrial automation.

Engineered for Fast, Efficient Performance

With its low moment of inertia and clutch-free motor-to-gearbox connection, the TPM+ DYNAMIC achieves exceptional responsiveness while reducing overall installation length by more than 50% compared with conventional geared motors. Helically toothed planetary gears ensure smooth, quiet operation with minimal vibration, helping improve machine efficiency and reliability.

Optimised for Machine Builders

Designed for machine builders and system integrators, the TPM+ DYNAMIC offers a compact solution for high-speed rotary applications. Holding brake options, corrosion-resistant versions and food-grade lubrication allow the actuator to be configured for a wide range of industrial environments and automation systems.

Key Features

• High power density
• Low moment of inertia
• Compact integrated design
• Over 50% shorter installation length
• Helically toothed planetary gearbox
• Low vibration and quiet operation
• High torsional rigidity
• Holding brake and encoder options

Applications

• Packaging machinery
• Robotics
• Rotary automation systems
• Pick-and-place equipment
• Material handling
• Assembly machinery
• Indexing systems
• Machine tools
• Conveyor automation
• General industrial automation

Need Help Selecting the Right TPM+ DYNAMIC Servo Actuator?

Whether you're designing a new machine or upgrading an existing system, Micromech can help you select the right WITTENSTEIN TPM+ DYNAMIC rotary servo actuator for your application.

Contact us today to speak to one of our motion control specialists for expert advice on product selection and system integration.