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posted by martyb on Thursday June 18 2015, @03:07PM   Printer-friendly
from the sticking-to-reserch dept.

Researchers at the University of Pennsylvania are developing a new kind of gripper, motivated by the ability of animals like the gecko to grip and release surfaces, that is perfectly suited for the delicate work involved in semiconductor manufacturing. Like the gecko, the gripper has tunable adhesion, meaning that, despite having no moving parts, its effective stickiness can be tuned from strong to weak. Unlike the gecko and other artificial imitators that rely on structures with complex shapes, the Penn team's gripper uses a simpler, two-material structure that is easier to mass produce. At their current millimeter-scale size, the grippers can be used for moving smooth, fragile components, like silicon wafers or glass sheets. Scaled down, they could be used in arrays to grip to a range of rough and smooth surfaces, making them useful for climbing robots and other larger-scale applications.

Sounds like a must-have for the 21st Century DIY'er.

See: http://www.upenn.edu/pennnews/news/penn-researchers-develop-new-type-gecko-gripper


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  • (Score: 2) by Gravis on Friday June 19 2015, @01:43AM

    by Gravis (4596) on Friday June 19 2015, @01:43AM (#198060)

    cheap mass production of this would be great for wearable tech, especially for permanent internal medical devices. i think a great application would be an I/O array that would stick to your brain without puncturing it. that way lots of different neurons connected without rejection issues.

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