UV Smart - EMEA
Michiel van Schelven is a skilled product engineer with significant expertise in the design and development of medical devices. Currently serving as the Lead Product Engineer at UV Smart since April 2020, Michiel focuses on UV-C disinfection solutions. Previously held the position of Product Design Engineer at UV Smart and Philips, contributing to the development of innovative solutions for sleep apnea management. Michiel's professional journey also includes executing design tasks at NightBalance, where an advanced device for sleeping position correction was created. Michiel holds a Master of Science in Integrated Product Design and a Bachelor of Science in Industrial Design from Delft University of Technology.
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UV Smart - EMEA
UV Smart works with an enthusiastic team of thirteen men and women on the research, development, production and distribution of UV-C disinfection equipment for the healthcare sector. UV Smart was created with the vision of disinfecting phones and tablets in the healthcare sector. However, during extensive research and user interviews with end users and partners, it turned out that there was a high demand for the disinfection of medical equipment. Although our products can still disinfect phones and tablets, the focus is now fully on fast, consistent disinfection of medical equipment. Through carefully designed equipment and extensive clinical validation, we aim to provide our customers and partners with the best UV-C disinfection equipment available today. UV Smart is the only manufacturer of medically certified equipment for both non-critical and semi-critical equipment and is proud to do so in over 20 countries. The vision of UV Smart is: Together with our partners, UV Smart provides healthcare facilities all over the world with validated UV-C disinfection methods to guarantee a safer environment for patients and healthcare professionals. Mission: UV Smart creates and provides validated, fast, safe and easy to use UV-C disinfection solutions to minimize the spread of sickening microorganism via (noncritical and semi critical) medical instruments and devices within healthcare facilities.