The Human Grasp Assist device may make science geeks and comic book lovers around the world giddy with the prospect of superhuman strength becoming more and more prevalent, but it actually has a more practical purpose than fulfilling fantastical thoughts. Developed jointly by researchers from NASA and GM, the Human Grasp Assist device will make using tools in space and on assembly lines much easier.
Also known as the K-glove or the Robo-Glove, the Human Grasp Assist device increases levels of hand dexterity by using leading-edge sensors, actuators and tendons comparable to the nerves and muscles in a human hand. By wearing the Human Grasp Assist device, people will exert less force to grip a tool, thus reducing fatigue so that they can work longer.
The Human Grasp Assist Device Increases Dexterity and Reduces Fatigue
1. Robotic Grip Technology - The development of robotic grip gauntlets like the Human Grasp Assist device is enabling increased hand dexterity and reduced fatigue in various industries.
2. Space Exploration Tools - The Human Grasp Assist device's application in space technology opens up disruptive innovation opportunities in the field of aerospace engineering.
3. Industrial Automation - The use of robotic grip gauntlets in assembly line operations has the potential to revolutionize the manufacturing industry by improving worker efficiency and reducing physical strain.
1. Aerospace Engineering - The aerospace industry can explore the use of the Human Grasp Assist device to enhance astronaut capabilities during spacewalks and other tasks in zero-gravity environments.
2. Manufacturing - The manufacturing sector can adopt robotic grip gauntlets to improve worker productivity and safety, leading to a more streamlined and efficient production process.
3. Healthcare - In the healthcare industry, robotic grip technology can be integrated into prosthetics and rehabilitation devices, providing enhanced mobility and functionality to individuals with physical impairments.