NeoCoil
Michael Burrows is a seasoned professional in quality engineering, currently serving as a Product Quality Engineer at NeoCoil since December 2021. Prior to this role, Michael held positions as a Supplier Quality Engineer in Diagnostic Cardiology at Hillrom and as a Quality and Engineering Leader at Creation Technologies. Michael's experience spans various industries including engine cooling systems at API Heat Transfer and residential ventilation solutions at Broan-NuTone LLC. Michael has also contributed to global quality initiatives in HVAC systems at Johnson Controls, and has managed quality functions at Vulcan Industries Corporation and PACCAR. Michael's educational background includes a Bachelor of Science in Industrial Technology from Eastern Michigan University.
NeoCoil
NeoCoil designs and builds leading edge (RF) coils and imaging accessories used in Magnetic Resonance Imaging (MRI) applications. While continuing to research and develop new coils, NeoCoil remains a leader in MRI coils and imaging accessories designed for better patient comfort and experience. Our focus, through innovation and precision, is to engineer and manufacture the highest quality coils and accessories for the medical industry. Hard work and ingenuity have lead NeoCoil to be an RF coil industry leader. Through innovative design and a comprehensive understanding of clinical needs and magnetic resonance imaging, Neocoil engineered its first product, the shoulder coil. The introduction of the coil has changed the landscape of coil design, and has been the foundation for future NeoCoil products. Leveraging NeoCoil’s in-depth knowledge of MRI technology, the company has introduced imaging accessories to complement its line of coils. Our products are manufactured at our facility in Pewaukee, WI using precision production techniques and stringent quality systems. NeoCoil continues to be at the forefront of RF coil design and MR conditional accessories. Today, NeoCoil has products all over the world helping physicians sharpen images for better patient care and diagnosis.