Discover MinebeaMitsumi’s Precision Components for Next-Generation Humanoid Robotics

MinebeaMitsumi will showcase a broad range of precision electromechanical components for humanoid robotics at the upcoming Robotics Summit in Booth 123. Our exhibit will highlight technologies that enable advanced robotic motion, sensing, and control, including frameless motors, 6-axis force/torque sensors, and precision bearings for robotic joints and actuators. Designed for applications requiring high torque density, smooth motion, and compact integration, our frameless motor solutions can be customized with integrated torque sensors, brakes, custom housings, drive electronics, and other application-specific features to meet unique robotic system requirements. Combined with our precision bearing and motion control expertise, these solutions help optimize performance, efficiency, and packaging within next-generation humanoid platforms.

Our fully customizable 6-axis force/torque sensor technology is developed to meet specific customer performance and form-factor requirements. These sensors leverage MinebeaMitsumi’s in-house precision machining expertise, including titanium flexure manufacturing capabilities, enabling highly compact and rigid sensor designs with excellent sensitivity and dynamic response. Designed for robotic hands, joints, and advanced sensing applications, these technologies provide the touch, force, and motion feedback required for more natural robotic interaction.

The exhibit will also feature our robotic hand demonstration, previously showcased at CES, highlighting MinebeaMitsumi’s miniature bearings, strain gauge sensing technology, and compact finger actuator design. The actuator combines a high-torque brushed motor with HarmonicDrive gearing to deliver powerful grasping capability in a compact form factor, demonstrating the precision motion and sensing technologies required for advanced humanoid robotics.

We invite attendees to visit Booth #123 to meet with our technical staff and learn how MinebeaMitsumi’s precision components and customization capabilities can help accelerate the development of next-generation robotic systems.