MIPS Project Detail:
Company
Company Description:
BondTrue has developed a patented medical device that automates the process of surgical incisions and closures. The result is a fast, precise surgical wound that can be rapidly approximated and repaired. This significantly reduces surgical times and ensures excellent wound repair. Precise wound repair is associated with reduced scarring and decreased wound complications, including surgical wound infections.
MIPS Project
BondTrue Prototype Design and Development
Project #
5918
|
MIPS Round
59
|
Starting Date:
Feb 2017
MIPS Project Challenge:
The goal of this MIPS project is the design and development of an improved prototype, which will be used for multiple purposes, including animal trials.
Project Scope:
Working with Hugh Bruck and his team through this MIPS project, the prototype is being refined by designing within the compliance needed for proper interaction between the surgeon and patient. Designs are being precisely fabricated using 3D-printing and laser-cutting to allow for rapid product realization and characterization of performance. Cost analysis and re-design of the BondTrue prototype for injection molding is also being pursued for commercialization of the final product.
Results:
BondTrue brings mechanical precision to a surgical process historically done by hand with the naked eye. The MIPS program has enabled collaboration between surgeons and engineers at the top of their fields, resulting in innovative breakthroughs. When the project is completed, BondTrue will raise capital to bring the product to market.
Principal Investigator:
Hugh
Bruck
Professor, Department of Mechanical Engineering
Project Manager:
Aimee
Martin
Co-Founder & CEO
Technologies:
Biotechnology / Genetic Engineering