With the bioengineering expertise and technology needed to create the first human prototypes for clinical trials, the new facility and its processes are new for people with conditions such as epilepsy, Parkinson’s disease, arthritis, stroke and diabetes. It is designed to track treatments quickly.
Robert Klupacs, CEO of the Bionics Institute, said the facility will enable the rapid manufacture of homemade inventions in Australia for the benefit of patients around the world.
“Australia has great engineering and clinical capabilities, and we wanted to create an environment where we could manufacture the Bionics Institute and other Australian-made concepts locally and ultimately export them to the world,” said Klupacs. ..
Neo-Bionica, located on the campus of St. Vincent Hospital in Melbourne, allows clinicians, scientists, engineers, and industry partners to work together to find solutions for people with difficult-to-treat illnesses such as epilepsy.
Professor Mark Cook, Epilepsy Specialist and Dean of the Faculty of Neurology St. Vincent Hospital, “The ability to walk from my office to the Neobionica facility and talk to engineers developing prototypes for patients to test will have a significant impact on the speed of new treatment development and the future of healthcare in Australia. . “
Neo-Bionica Designer Merat Architects And builder Alchemy construct We worked closely with laboratory engineers and laboratory teams to not only capture the special features needed, but also to incorporate the creative features of the team and its work. This created a rapid prototyping and development lab, two separate clean rooms (ISO7: electrode and medical device manufacturing and ISO8: electronics assembly), and a mechanical workshop with specialized equipment in all areas. ..
Shabab Salahuddin, project engineer for Alchemy Construct, said: “The new space provides an open-plan workflow that is essential for the work done in the laboratory. The focus was on building a space that provides high quality, clean zones.”
Barry Merat, Principal of Merat Architects, said the goal was to create a shared space for co-located design and engineering teams to facilitate the transition from design to rapid prototyping and manufacturing. I did. Merat hopes that this design will help generate inspiration for pioneering medical research.
A particularly striking design feature is the wooden panel along the entrance of the facility, in the shape of a wave that emulates an EEG record of brain activity. This reflects research done by Neo-Bionica engineers who develop medical devices in a variety of conditions. One of these devices, developed in collaboration with Professor Cook, records brain activity in epilepsy patients with the goal of predicting future seizures.
Each aspect of the facility has been carefully considered. Custom workstations are designed and installed to accommodate medical device microfabrication equipment, 3D printers, and high-speed machine tools. Special exhaust systems were installed to maintain the air quality needed to develop medical grade components, and lighting was also provided to enable complex tasks.
Glass has been used prominently throughout to create visual displays, link workspaces to each other, and maximize natural light. You can also enjoy views of Melbourne CBD and Carlton Gardens from the office space and meeting room. The use of wood throughout gives the facility a calm and calm atmosphere.
Ken Jeffard, Executive Director of Research, Innovation and Commercialization at the University of Melbourne, said Neobionica will boost Melbourne’s reputation as a global biomedical powerhouse and boost the Australian economy.
“Patients not only enjoy the benefits of breakthrough medical devices faster, but Neo-Bionica attracts international collaborators, creates jobs, strengthens Australia’s export capacity and boosts the economy.” Said Jeffard.
Rapid medical device development
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