Developing miniature drive systems for the Industrial & Manufacturing markets

For more than 30 years, we have been developing specialist drive systems for the industrial and manufacturing market.

Industrial & Manufacturing Motor Systems

Miniature motors for automation and control systems

The world of manufacturing continuously seeks for ever-more innovative technologies and techniques to help manufacturers do more, go further and with greater efficiency.

Paired with these breakthroughs are digital controls, robotics and automation, all of which must be mated with an essential building block - the electric geared motor.

From Assembly and Test Automation, to Robotics, 3D printing and Automation, our world-renowned and UK based miniature geared motors provide a reliable drive behind some of the leading names in technology.

Miniature Motors

Solutions for all Applications

Application Areas

Choose from our wide range of miniature motor transmission systems to find the perfect match for your product. Our motors can be found to be powering everyday objects, every day. From powering your morning caffine fixes to life saving equipment.

Miniature Electric Motors

Application

Robotics

Miniature gearmotors play a crucial role in robotics by providing efficient and compact solutions for various robotic applications. Our gearmotors provide precise control of speed and torque.

Miniature Electric Motors

Application

Automation

Miniature gearmotors are essential in manufacturing automation. They drive conveyors, robotic assembly, packaging, indexing, AGVs, pumps, cutting, material handling, and inspection systems.

Application

3D Printing

Miniature gearmotors are vital in robotics and 3D printing. They enable precise control and power for robotic joints, propulsion, grippers, camera systems, drones, autonomous vehicles, medical robotics, and micro-robotics.

Application

Assembly & Testing

Gearmotors are essential in assembly processes, driving robotic arms, enabling precise positioning, and powering fasteners. They enhance efficiency and accuracy, ensuring reliable assembly operations.

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