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Learn from our experience to streamline your regulatory pathway and set your new medical device or technology up for commercialization success. Investigational Device Exemptions are required by the U.S. FDA for devices or technologies that require clinical use before regulatory approval or general market release. Examples of devices that may require an IDE study…
There are approximately 292,000 cases of in-hospital cardiac arrest every year for which the survival rate is less than 24 percent. Resuscitative efforts and supporting technologies are ineffective, slow, fatiguing, traumatic and expensive. As their Fall 2020 Capstone Project, a group of students from the Georgia Tech Schools of Biomedical, Electrical and Mechanical Engineering…
Last month, Georgia Tech named Raghupathy “Siva” Sivakumar inaugural Interim Chief Commercialization Officer. From Georgia Tech Research Horizons: “Sivakumar will bring together commercialization and technology transfer activities from across campus with a goal of moving more intellectual property out into the marketplace to help expand Georgia Tech’s impact on the world. Attaining that goal…
Preclinical evaluations are often the best way to assess a medical product’s performance, and regulatory bodies often require preclinical data in product submissions. But this type of work is also expensive. The most effective product development strategies use preclinical studies wisely. The most expensive preclinical study is the one you have to repeat. How…
Watch, listen and learn. Our 2020 AdvanSE session can help you know, and fix, the ways medtech innovators burn cash unnecessarily. Too many promising medtech innovations and early stage companies fail unnecessarily because they run out of funding before achieving milestones required for next-round investments. It is possible to know earlier in the…
Medtech and life science innovation is a complex, costly endeavor. How do you know you are on the right regulatory track? What activities need to happen in which order to achieve key milestones efficiently? Preclinical work is expensive and the most expensive study is the one you have to do twice. GCMI helps…
A long-time customer of GCMI and T3 Labs, ALung Technologies, has recently announced that they have received FDA Emergency Use Authorization (EUA) for their Hemolung® Respiratory Assist System (RAS), the world’s first fully-integrated respiratory dialysis system. This system removes carbon dioxide directly from the blood, allowing the patient’s lungs to rest and heal while avoiding…
Innovative medical technologies start with a great idea, novel science and an identified unmet clinical need. The process by which these technologies enter clinical care is as complicated as the science behind it. On October 7th, Georgia Tech Associate Professor of Engineering Christopher Saldana and the team at GCMI shared the impetus, idea, regulatory requirements…
From our colleagues at the Children’s Healthcare of Atlanta Pediatric Technology Center – “We knew that we had an innovative concept, but [we] needed to ensure that we were taking the correct steps that would help us reach commercialization in a timely and cost-efficient manner.” Professor James Rains and Georgia Tech Alumnus Mr. Kamil Mahknejia…
At the end of verification and validation, a medical product is ready for regulatory submission or marketing, depending on the product’s regulatory classification. The manufacturing transfer phase typically follows, ensuring that high quality products can be made at sufficient product volumes. Note: Industry uses “manufacturing transfer” and “transfer to production” interchangeably as you may…