Preeti
Researchers have achieved a groundbreaking development by successfully binding engineered skin tissue to humanoid robots, advancing the field of biohybrid robotics. Led by Professor Shoji Takeuchi, the team created a method inspired by human anatomy to allow skin to adhere effectively to robotic surfaces. This technique involves using specially designed perforations in the robot’s surface to anchor the skin tissue, improving mobility and flexibility while enabling self-healing capabilities and potential for embedded sensing.
The integration of living skin with robots has various applications, such as revolutionizing product testing in the cosmetics industry and providing training tools for plastic surgeons. Challenges remain in creating more realistic skin features and incorporating functional components like sweat glands and blood vessels. Future goals include developing robots with self-healing capabilities, human-like environmental awareness, and dexterous task performance through interdisciplinary collaboration.
This development represents a pivotal moment in robotics, with the potential to transform industries and human-robot interactions. As researchers refine their techniques, the future holds exciting possibilities for humanoid robots with lifelike skin, leading to profound changes in how we interact with and utilize robotic technology in our daily lives.
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Source link: https://www.unite.ai/biohybrid-robotics-living-skin-successfully-bonded-to-humanoid-robots/
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