Iris Dynamics Ltd.

Iris Dynamics specializes in the development and manufacture of intelligent linear electric motors, notable for being inherently force-controlled and fully backdrivable. These motors stand out for their fully integrated design, incorporating all necessary components—sensors, encoders, drivers, and controllers—into a single compact unit. This integration significantly reduces the system's footprint, eliminating the need for external hardware and simplifying installation and integration processes. Our motors are characterized by their low latency and high-speed capabilities, making them ideal for applications requiring rapid and precise control. The ease of installation, combined with their compact and integrated nature, makes them particularly well-suited for robotics, compliant mechanisms, and as replacements for pneumatic systems where enhanced data capture, repeatability, and improved line speed are crucial. Designed with force control at their core, our motors provide a critical safety feature in applications involving direct human interaction. They are capable of sensing the force they exert, allowing for immediate adjustment based on feedback, which is essential for applications requiring delicate handling or interaction with users. The inherent force control, combined with full backdrivability, allows for precise control over motion and force, enabling applications that were previously challenging or impossible with traditional motors. This feature set, along with our motors' silent operation, opens new possibilities in VR simulation, entertainment, and other sectors requiring quiet and smooth operation. Iris Dynamics' motors are a leap forward in linear motion technology, offering an efficient, precise, and integrated solution for a wide range of industrial and interactive applications. Our focus on reducing complexity, speeding up integration, and providing unmatched performance makes our products a strategic choice for advancing in fields such as industrial automation, aerospace, mining, and beyond.