That wide array of skills makes it interesting to soft robotics researchers, who are constantly on the lookout for animals they can borrow from for inspiration. It’s no wonder, then, that German industrial automation company Festo turned to the octopus for its latest creation: The so-called OctopusGripper robot tentacle arm.
“The OctopusGripper is a grasping device inspired by the octopus’s tentacle,” Dr. Elias Knubben, head of corporate bionic projects at Festo, told Digital Trends. “A soft pneumatic structure of silicone bends when it is filled with air. Attached to this structure are both active and passive suction cups. Many differently-shaped objects can be grasped thanks to this combination of form-fitting gripping and vacuum adhesion. The bionic tentacles can be fitted to pneumatic robots, and are controlled using the Festo Motion Terminal.”
The OctopusGripper might look like the kind of thing H.P. Lovecraft may have dreamed up if he decided to become a soft robotics researcher instead of a horror fiction author but its creators assure us that one of its advantages — in addition to the aforementioned skills — is that it could work safely alongside human operators. As more and more jobs rely on close interaction between man and machine, such concerns become increasingly important.
At present, however, there is no launch date or price tag for the one-tentacled creation (we guess that technically makes it a “unumpus” instead of an octopus). Instead, it’s a concept that will be shown off at Germany’s Hannover Messe 2017 trade fair in April, demonstrating how Festo is staying at the cutting edge of research.
As Knubben said, it’s a way of “tracing new technologies, production processes, products or product ideas and for testing their market relevance in dialogue with customers. These future concepts will sustainably secure a leading edge in global competition, and facilitate the testing of future technologies.”
When there is a creepy sci-fi tentacle robot in every home, you know who to thank.
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- Forget metal. When it comes to robots, the future is soft and squishy
- Check out MIT and Harvard’s unusual new Venus flytrap robot gripper