Drive Technology

Technische Antriebselemente provides complete drive solutions, from control system connections to mechanical links. Our portfolio includes high-precision actuators, versatile drive motors, and gearboxes (bevel, worm) with various ratios. Couplings in different versions complete our range.

Overview of Our Drive Technology

Motors

Gearboxes

Couplings & Free Wheels

Compare Drive Technology

Powerful Drive Technology for Your Project

Further Information on Our Drive Technology

We develop special solutions for the realization of your projects

No application is like the other. Together with you, we develop solutions for the optimal realization of your technical challenge. No matter whether a specific drive solution, machined linear guides or spindles, or custom-made gear systems. We support the development from the idea to the implementation with our competence and broad knowledge in the field of linear systems and drive conception.

We move in every industry

We feel at home across all industries. Wherever there is rotary or linear motion, products from Technische Antriebselemente are used. With decades of experience, we have acquired know-how in various industries.

Machinery and equipment
Machine tools
Medical technology
Intralogistics

Electrical industry
Automation
Food industry
Packaging machines

Frequently Asked Questions about Linear Systems

What is drive technology, and where is it used?

Drive technology refers to systems and components that control motion, such as motors, gearboxes, actuators, and controllers. It is used in industries like manufacturing, robotics, transportation, and energy to power machinery and automate processes.

What are the main components of a drive system?

A typical drive system includes:

• A motor to generate motion
• A gearbox or transmission to modify torque and speed
• Couplings to connect components
• Controllers for regulating speed and direction

These components work together to deliver efficient motion control.

How do variable frequency drives (VFDs) improve motor performance?

VFDs regulate the speed and torque of AC motors by controlling the frequency and voltage of the power supply. This improves energy efficiency, extends motor life, and provides precise control for applications requiring variable speeds.

What are the advantages of servo drives in automation?

Servo drives offer:

• High precision and accuracy
• Fast response times
• Closed-loop feedback for real-time adjustments

These features make servo drives ideal for applications like robotics, CNC machines, and automated assembly lines.

What is the difference between centralized and decentralized drive systems?

Centralized drive systems have a single control unit managing all components, while decentralized systems have distributed controls located closer to the motors. Decentralized systems reduce cabling, simplify installation, and offer greater flexibility in modular applications.

Seamless Integration into Your Processes

Our drive technology integrates effortlessly into existing systems – ensuring quick adaptation and maximum efficiency.

Ready to Use at Your Facility

Our products arrive ready for immediate use – saving you time and effort with hassle-free implementation.

Secure Your Advantage

Optimize your system performance and set new standards in your industry.

Voices of Our Customers

“Our production benefits greatly from the reliable electric motors. They not only deliver high efficiency but also integrate seamlessly into our control systems.”

“The robust worm gearboxes perform reliably even under heavy loads. We are particularly impressed by their compact design combined with high performance.”

“Thanks to the servo couplings, we were able to significantly enhance the precision of our machines. The consultation for selecting the optimal solution was especially helpful.”