Product Announcements:
Linear Motors

The IC40 Series is a compact, high-density linear motor offering a force range of 45-220N. Ideal for space-constrained applications, it provides excellent heat dissipation, low cogging, and versatile voltage compatibility. Read more...

Innovative Linear Motors for Precision and Performance Read more...

Compact, high-force density linear motor, perfect for space-constrained, high-precision applications like automated assembly lines and medical devices. Read more...

The IC50 Series high-speed linear motors provide exceptional performance and efficiency for automated manufacturing, robotics, and more, ensuring rapid motion and precise control. Read more...

This article explores the use of haptic and force feedback technologies in rehabilitation, especially for brain injuries like stroke and TBI. It highlights how virtual reality combined with tactile feedback can enhance neuroplasticity, motor function, and therapy outcomes by making rehabilitation more engaging, efficient, and personalized. Read more...

For engineers, choosing components that meet application requirements while keeping costs and complexity low is crucial. This is especially important when selecting how to power a linear electric motor. Choosing the wrong PSU could limit the performance of a linear motor and increase expenses. Read more...

Thermal resistance plays a critical role in setups featuring direct-drive motors. In this webinar, we give insight in the thermal behavior of the motor and why effective thermal management is essential for selecting the right motor and optimizing performance. Read more...

In this webinar, we outline the use of linear motor in back-end semiconductor production processes such as pick and place, hybrid bonding. These processes continuously require higher force and higher accuracy to shorten production time for maximizing your output. Read more...

A conventional 3-phase AC synchronous rotary motor uses a central rotor with magnets and a stationary rotary coil that generates a rotating magnetic field. A linear motor follows the same principles but with the coil typically being the moving part and the magnets being the stationary part. The magnets used are often high-strength permanent magnets to increase the force density. All HIWI... Read more...

The direct drive technology of a linear motor is a perfect way to enhance productivity, accuracy, and dynamic performance. Direct drive motors eliminate the need for mechanical transmissions like rack and pinion, belts, and speed reducers. Between coil unit and magnets there is no contact, this means no mechanical wear. The technology makes designs slimmer, and modular and reduces costs. Read more...