Powering essential applications such as imaging devices (MRI and CT scanners), robotic surgery systems, drug delivery systems (infusion pumps), and prosthetics, enabling precise diagnostics, treatments, and patient care.

Drive the movement of print heads and build platforms, enabling layer-by-layer additive manufacturing of objects with precision and control.

Enable the controlled movement of components, such as adjusting screen orientations and tilts in monitors and TVs, enhancing user experience and functionality.

Precise and automated movement of machinery and robotic systems, optimizing production processes and efficiency.

Regulate and manipulate fluid flow through valves and pumps, ensuring precise control and optimization in various applications.

Liquid handling, sample manipulation, and other tasks, enhancing efficiency and precision in experimental workflows.

Enable haptic feedback, camera autofocus, and other functionalities, enhancing the user experience through precise and controlled motion.

Automated movements in conveyor systems, robotic arms, and other equipment, ensuring efficient and precise packaging processes.

Driving the diverse movements and functionalities of robotic systems, serving as essential components for precise and efficient automation.

Facilitate precise and controlled movements in semiconductor manufacturing equipment, contributing to the production of electronic components with high precision and efficiency.