The BBC created a beautiful animated documentary about our novel tissue transportation device that was inspired by egg transport in ovipositors of parasitoid wasps.

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The ‘mechanical octopus’, a steerable laparoscopic instrument used for minimally invasive surgery in the abdominal cavity, has been used for the first time in an operating room.

Surgeons at the Haags Medisch Centrum are positive about the benefits that the innovative technology in the LaproFlex gave them during a gynaecological operation. The technology behind the instrument was conceived by Paul Breedveld, professor of Medical Instruments & Bio-Inspired Technology. Jules Scheltes, who also obtained his PhD at TU Delft in the field of medical product development and who co-founded the Dutch company DEAM, has been working these past two years to market the product. Following an exciting period, he received CE certification earlier this summer for the LaproFlex and is producing and selling it in Europe.

Paul Breedveld
‘The LaproFlex is an example of research at a university finding its way into industry.’

Jules Scheltes
‘Co-founder Wimold Peters and I are especially proud that we have managed to pull this off with our team. Surgeons have indicated that the instrument is providing them with a better view of the organ they are operating on, and that they can access it from an optimal approach route and are not inconvenienced by intersecting instruments in their field of operation anymore. This is great news. This is exactly what we’ve been working towards.’

What makes this instrument special is that it has a flexible tip. This is made possible by an ingenious steering system based on the anatomy of an octopus’ tentacle, the so-called cable crane mechanism, which ensures that the scissors or grasper can be steered in every direction. Paul Breedveld and the researchers in his Bio-Inspired Technology Group (BITE) have further developed this technology, which has now been globally patented, into a large number of prototypes of steerable surgical instruments. DEAM is a spin-off company of the BITE group that develops steerable precision instruments for minimally invasive interventions. DEAM collaborates with a number of universities of technology and university medical centres. The LaproFlex is the first commercially available instrument using a cable crane mechanism and is considered to be a particularly affordable, disposable alternative for the extremely pricey Da Vinci operation robot.

Media

• TU Delft – Surgeons use octopus-based mechanism for the first time in the OR
• Dagblad van het Noorden – Voor het eerst een operatie met inktvis-techniek

Commercializing our squid-based steering technology, spin-off DEAM received an investment from the investment firm Carduso Capital in Groningen, the Netherlands. This will make it possible for DEAM to start-up the production phase, focusing on a market introduction second half of 2018.

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In the TV-program “Het Ei van Midas”, renowned Dutch biologist Midas Dekkers explores how ideas from Nature can inspire new technology. In this episode, he visited the BITE-group to learn more about our tentacle-like maneuverable instruments.

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Renowned Dutch biologist Midas Dekkers  talks on TV at discussion program Pauw about his new TV-program “Het EI van Midas” that discusses nature-inspired technology, using our octopus-inspired steerable instruments as an example.

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The Dutch TV-program “De Kennis van Nu” (“The Knowledge of Now”) has made a documentary about the research in the BITE-group, explaining how we use the anatomic architecture of cuttlefish tentacles as a source of inspiration for our research on maneuverable surgical devices.

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