Or it can help you cross over obstacles,” Lenzi says. Or it adapts automatically to the height of the steps in a staircase. “If you walk faster, it will walk faster for you and give you more energy. The Utah Bionic Leg will help people with amputations, particularly elderly individuals, to walk much longer and attain new levels of mobility. The extra power from the prosthesis makes these activities easier and less stressful for amputees, who normally need to over-use their upper body and intact leg to compensate for the lack of assistance from their prescribed prosthetics. Lenzi’s Utah Bionic Leg uses motors, processors, and advanced artificial intelligence that all work together to give amputees more power to walk, stand-up, sit-down, and ascend and descend stairs and ramps. Alec McMorris, an above-knee amputee who has spent years working with the lab, demonstrated the functions of the leg. 5, in Lenzi’s Bionic Engineering Lab in the Rio Tinto Kennecott Building on the University of Utah campus.Īttending the ribbon-cutting ceremony were Professor Hans Georg Näder, owner and Chairman of the Board of Directors of Ottobock Georgia Näder, Ottobock Supervisory Board Member College of Engineering Dean Richard B. They are saying now is the time to make such technical solutions available to everyone.”Ī ceremony and press conference announcing the partnership were held Wednesday, Oct. “Ottobock promotes freedom of movement, quality for life, and independence. “The largest prosthetics manufacturer in the world has committed to use the highest level of technologies available in robotics and AI to bring this prosthetic leg to those who need it as soon as possible,” said University of Utah mechanical engineering associate professor Tommaso Lenzi, who is the lead researcher on the Utah Bionic Leg project. Now, the university has forged a new partnership with the worldwide leader in the prosthetics industry, Ottobock, to license the technology behind the Utah Bionic Leg and bring it to individuals with lower-limb amputations. The digital thread ties together a connected ecosystem for manufacturing and, with the addition of domain expertise and intelligence, enables continuous learning and improvement.Researchers at the University of Utah’s Bionic Engineering Lab have developed the “Utah Bionic Leg,” the most advanced bionic leg ever created. Our hardware solutions use metrology to bring real-world physical attributes to the digital thread to improve the accuracy of operations. Together, our manufacturing intelligence software solutions create a digital thread throughout the manufacturing process, enabling the entire organisation to take a holistic approach and work together with speed and confidence to achieve the desired outcomes. Through an unparalleled portfolio of digital manufacturing technologies spanning CAE solutions for design and engineering, CAD CAM and complementary software for production applications, metrology hardware and software solutions, as well as data management and analytics tools, we empower technology users throughout the process with deep and actionable insight into product quality, ensuring that quality drives productivity. Our manufacturing intelligence technology enables manufacturers to access, analyse and actively use data from all the key stages of the manufacturing process. Hexagon's Manufacturing Intelligence division helps customers put data to work to improve productivity and efficiency while embedding quality throughout the product lifecycle. Continuously improving productivity is essential for competitive success. While specific industries have their own unique challenges and motivations, productivity is central to manufacturers across the board.
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