Taking a Bite Out of a 9.5% ORIF Re-Operation Rate
Check out the work of Spring 2023 Capstone Team JAWWS and how GCMI supported their efforts to address a strong unmet clinical need. Few people,…
Our design and development capabilities address five elements critical to project success.
We call this “Phase 0.” During these early stages, we help guide products to the most efficient and effective pathway by using evidence-based decisions for product development.
Our staff includes a Medical Affairs Liaison who provides and gathers initial voice of customer inputs at the earliest stages of a project, and adds guidance and perspective throughout the later stages.
Our team is filled with biomedical and mechanical engineering talent, including professionals with biomedical and/or mechanical engineering degrees. We are well versed in the tools and methods to make a medical product.
We have a staff that brings engineering skills, close attention to detail and a commitment to the development process. They have the insights to lead you down a more cost-efficient pathway to regulatory submission, manufacturing and commercialization.
Your success is our goal, so we treat your projects like our own. Our goal is to move through the development process in the right way. We guide our projects along a particular path because we know the risks.
GCMI has a 12,000 square foot medical device design and protoyping center where we help innovators, entrepreneurs and new-product teams bring their ideas from concept to reality. Within our space, we can go from a sketch to a design to a prototype quickly – sometimes in hours – allowing for faster iteration and speeding development.
Check out the work of Spring 2023 Capstone Team JAWWS and how GCMI supported their efforts to address a strong unmet clinical need. Few people,…
Evaluating your new artificial organ technology’s readiness for preclinical work or just want to get together to talk about the latest in preclinical testing, bioskills…
The National Center for Biotechnology Information describes mechanical circulatory assist devices as, “commonly used in the treatment of severe heart failure as bridges to cardiac…