Millar, Inc.
David Campbell is an experienced quality management professional with a strong background in the medical and engineering fields. Currently serving as the Quality System Manager at Millar, Inc. since May 2022, David previously held the role of Senior Quality Engineer. Prior experience includes positions as a Supplier Quality Engineer at Trilliant Surgical, where responsibilities included supplier quality development and maintenance, and supervision of the QC department. In earlier roles, David worked as a Quality Engineer at Cardiovascular Systems, Inc. and as a Biomedical Engineer at Wyle Integrated Science and Engineering Group, where responsibilities involved data analysis for the International Space Station crew member health assessments. David holds a Bachelor’s Degree in Biomedical/Medical Engineering from The University of Texas at Austin and a Master’s Degree in Bioengineering and Biomedical Engineering from the University of Colorado Denver.
Millar, Inc.
Millar, Inc. leads the development of catheter-based, solid-state pressure sensors and is known worldwide as the leader in sensors that advance medical understanding. Millar OEM Solutions serves the medical device and life sciences industries through our MEMS pressure sensors, ISO 13485 precision manufacturing and wireless pressure technology, resulting in cost savings and rapid time to market for device integration. For more information on our OEM Solutions, visit https://millaroem.com. Millar’s clinical and research product lines provide innovative physiological monitoring solutions to the medical science community that offer insight by delivering unparalleled accuracy. Our expertise in novel device design, manufacturing, and depth of understanding of customers’ applications enables us to provide tools for facilitating scientific discovery and medical diagnosis. With our proven Mikro-Tip® pressure and pressure-volume catheter lines and our pressure-volume (PV) loop systems, we strive to provide clinicians and researchers with the most exact physiological solutions for complete insight from mouse to man.