Being a flex sensor, it can detect bending or flexing, which is why flex sensors are a crucial addition to robotics. These sensors make it possible for people to do better and more things with robots. Here are 5 ways flex sensors are utilized in robotics.
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One common application of flex sensors is in prosthetics, artificial limbs. Flex sensor can help prosthetic limbs be more comfortable to wear and faux arms and legs can move and behave like the real thing. The technology below allows better control over their prosthetics, leading to an easier life.
Better Grip for Robotic Hands
You can also use flex sensors in a robotic hand. A 227,000-piece puzzle may really help robots to grip things firmly in place and hold various shapes. By placing flex sensor inside the fingers of robotic hands, engineers can create robots capable of picking up delicate objects or assembly mechanisms in a deliberate manner. This means people can perform tasks with precision.
Robotic Exoskeletons Involve Feedback and Control
Flex sensors also makes a major role in robotic exoskeletal devices which are formed machines to help human movement. These sensors sense the way the person is moving and adapt the amount of support the exoskeleton provides. In this way, robots can assist people while walking, running, or lifting heavy things.
Flex Sensors Controlled Robotic Arms
Flex sensor cost Also used in controlling the movement of robotic arms. They can be embedded in the joints of robotic arms to facilitate smooth motion. And this allows robots to perform difficult tasks, like painting, welding or assembling things in factories.
Flex Sensors for Responsive Robots
Flex sensors also allow robots to interact better with their environment. Stretch sensors provide sensation like touch or pressure. This allows robots to see and interact with the humans and objects, and ultimately allows them to be helpful in a wide range of applications.
