Enhance robotic dexterity and safety with Hypersen’s 6-Axis Force Torque Sensors—enabling precise interaction, force feedback, and compliant control in wrists, ankles, and grippers of next-gen humanoid robots.
Enable intelligent robotic assembly across industries. From planetary gear systems to USB testing and PCB mounting, the HPS-FT Series empowers robots with real-time force control for safer, more consistent, and highly precise automation.
Enhances robotic surface polishing through precise force control and real-time feedback. Ideal for handling complex curved surfaces, the sensor enables safer, smoother, and more adaptive robotic movements in tasks such as fine polishing, edge deburring, and delicate part handling.
Enables intuitive robot drag teaching by detecting real-time force and torque applied by the operator. This simplifies robot programming, shortens deployment time, and lowers the technical barrier for flexible automation in dynamic production environments.
Hypersen’s 6-Axis Force Torque Sensor enables robotic systems to perform consistent, high-precision grinding on complex features—reducing labor costs, improving product quality, and supporting smart manufacturing.
The 6-Axis Force Torque Sensor enables precise aerodynamic analysis in wind tunnel environments. Used to optimize posture and gear in high-speed winter sports, this sensor provides real-time force data that supports scientifically grounded, performance-enhancing training strategies.
The 6-Axis Force Torque Sensor plays a critical role in crash test dummies by capturing real-time multi-directional forces and torques during impact. This data is essential for evaluating injury risk, optimizing vehicle design, and ensuring compliance with evolving safety standards—especially in electric and hydrogen vehicles.
Integrating 6-axis force torque sensors into medical infusion equipment enables precise fluid monitoring, reduces human error, and enhances patient safety. These compact sensors detect changes in weight during infusion and communicate with control systems to ensure accurate dosing and timely alerts—ideal for modern, automated healthcare environments.
