System development for humanoid, collaborative & mobile Robotics
Precision Drives & Smart Embedded Systems for Natural Robotic Movement
To enable human-like motion and behavior in robots, precise drive systems and powerful embedded solutions are essential. These technologies ensure smooth, coordinated, and adaptive movements that can respond to different environments and interactions – whether in industrial automation, medical technology, or service robotics.
Your Benefits with TQ:
- Combined expertise – Power electronics and drive technology from a single source
- From idea to series production – Holistic system development and manufacturing
- Tailored solutions – Custom-fit for your demanding application
- Maximum flexibility – No limitations from standard solutions
- Long-term cost optimization – Across the entire product lifecycle
Set new standards in robotics with us!
Embedded Systems: The “Brain” of the Robot
Microcontrollers, sensor fusion, and real-time algorithms allow robots to perceive their surroundings and respond accordingly:
- Real-Time Processing – Control algorithms enable precise motion control.
- AI & Machine Learning – Robots learn from experience and adapt to various scenarios.
Learn more about embedded systems for robotics
Torque Motors: The Foundation for Dynamic Motion
Advanced torque motors enable highly precise movements and play a crucial role in:
- Smooth & natural movement – Torque control ensures seamless transitions and responsive motion.
- High force control – Critical for safe human-robot interaction, such as with cobots or humanoid robots.
- Efficiency & dynamics – High power density and low inertia enable agile and energy-efficient motion.
Custom Drive Solutions – Tailored to Your Application
In addition to high-performance frameless torque motors with industry-leading torque density, we support our customers in integrating them into custom housings and developing tailored motor-gear unit solutions with optimized power electronics.
We accompany you through the entire development process:
- Requirements engineering – Precise alignment with your application
- Development & prototyping – Electronics, mechanics & software tailored to your system
- Product qualification & industrialization – Efficient transition to series production