Regal Rexnord

Complete motion solutions for surgical robotics.

At Regal Rexnord, we create a better tomorrow through sustainable solutions that power, transmit, and control motion. Our commitment to innovation and sustainability enables us to transform medical technology and support life-changing procedures worldwide.

As a trusted partner to leading medical OEMs and innovators, we bring decades of proven expertise in solving complex motion control challenges, particularly in medical and surgical robotics. Our collaborative design approach ensures your unique requirements are quickly translated into prototypes and scalable production solutions. From highly engineered custom components to fully integrated motion subsystems, Regal Rexnord delivers the design engineering, global-scale manufacturing, and long-term support you need to succeed in today’s rapidly evolving marketplace.

Our portfolio includes:

• Portescap for miniature precision motors and accessories
• Kollmorgen for high-performance, torque-dense frameless and housed servo motors
• Thomson for precision screws and linear guides
• Warner Electric for compact electromagnetic clutches and brakes
• Berg and Huco for miniature precision belts, gears, and couplings

Together, these brands deliver:

• A complete range of motion solutions for compact robotic arms, precise positioning of endoscopic end-effectors, highest-definition control at the surgeon console, and smooth, quiet operation of the patient table.
• Unlimited choice of standard and highly customized options (from components, to bundled solutions, to integration-ready subsystems) to realize your innovative design vision.
• One partner for deep surgical robotics-specific motion expertise, fully harmonized solutions, and supply chain simplicity.

With deep knowledge of medical motion requirements and a global network of design and manufacturing centers, we provide optimized, reliable solutions that meet the stringent demands of medical applications – advancing the future of surgery and improving patient outcomes.