Industrial robots: In the field of industrial automation, force sensors are commonly used to perform precise force control, such as assembly, welding, handling, etc. They can ensure that the operations performed by robots have the required force accuracy, avoid damaging sensitive parts, and improve production efficiency.

 

Service robots: For example, in the field of medical rehabilitation, rehabilitation robots monitor the torque and force of patients through force sensors, providing precise rehabilitation training for patients. In home service robots, such as cleaning robots, force sensors can help them avoid obstacles and perform fine surface wiping.

 

Humanoid robots: For humanoid robots, force sensors are distributed in various joints and fingers to help simulate human motion and force control, achieving more natural interaction and operation.

 

Mobile robots: Force sensors play a role in navigation and driving systems, for example, magnetic navigation sensors can assist mobile robots in map construction and path planning, ensuring safe driving in the field of autonomous driving.

 

Biomimetic robots: In the design of biomimetic robots, force sensors mimic the nervous system of living organisms, enabling the robot to perceive the external environment and internal state in real time and make adaptive responses.

 

Overall, force sensors are essential components for achieving intelligent and precise control of robots. They have a wide range of applications, covering multiple fields such as industry, healthcare, home services, autonomous driving, and bionics, and play a key role in improving the performance and functionality of robots. With the advancement of technology, the accuracy and reliability of force sensors continue to improve, and their future application scenarios will continue to expand