The Handroid Robot Hand is Operated by a Glove
Meghan Young — August 28, 2011 — Tech
References: singularityhub & neatorama
Scenarios abound in which a remote-controlled robotic limb like the Handroid could come in handy (pun not intended), from medical procedures to science experimentations. Although robotic arms that can be manually controlled are already being used in real-life situations, the Handroid would be able to be used in other situations in which a person could not be directly involved due to safety reasons or basic accessibility constraints.
Developed by Japan-based company ITK, the Handroid "is a five-fingered robot hand that moves smoothly using cables attached to motors in the forearm rather than bulky servos embedded in each digit," as described by Singularity Hub. Operated remotely by a glove, the Handroid itself is lightweight and moves in a decidedly human manner.
Developed by Japan-based company ITK, the Handroid "is a five-fingered robot hand that moves smoothly using cables attached to motors in the forearm rather than bulky servos embedded in each digit," as described by Singularity Hub. Operated remotely by a glove, the Handroid itself is lightweight and moves in a decidedly human manner.
Trend Themes
1. Remote-controlled Robotic Limbs - The development of remote-controlled robotic limbs like the Handroid opens up opportunities for safer and more accessible applications in various industries.
2. Robot-assisted Medical Procedures - The Handroid's remote-controlled capabilities present an innovative approach to performing medical procedures with precision and reduced risk.
3. Remote Science Experimentation - The use of remote-controlled robotic limbs, such as the Handroid, allows for the execution of scientific experiments in hazardous or remote environments without endangering human operators.
Industry Implications
1. Healthcare - The healthcare industry can leverage remote-controlled robotic limbs, like the Handroid, to enhance surgical procedures and improve patient outcomes.
2. Manufacturing - In the manufacturing industry, the Handroid's remote-controlled capabilities can be applied to delicate assembly tasks or hazardous environments, increasing efficiency and worker safety.
3. Research and Development - Remote-controlled robotic limbs, such as the Handroid, can revolutionize the field of research and development by enabling remote experimentation in inaccessible or dangerous locations.
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