Europlaz, a UK-based leader with over 40 years of expertise in the medical device and life sciences sector, has unveiled a revolutionary neonatal innovation aimed at improving care for premature and distressed newborns. The company’s latest advancement integrates a patented ‘sidestream’ CO2 sampling port into its neonatal flow sensor, enhancing both functionality and clinical outcomes.
This breakthrough design allows clinicians to adhere to critical protocols for lung-protective volume control and CO2 monitoring, significantly improving survival chances while reducing the risk of long-term complications like cerebral palsy and lung disease. By combining the flow volume sensor with a precisely positioned gas sampling port for tidal flow CO2 monitoring, the innovation minimizes ‘dead space’ and ensures more accurate readings compared to existing products.
Developed at Europlaz’s Chelmsford facility, this innovation is gaining traction among ventilator manufacturers. Two global companies have already adopted the new sensor, and clinical trials are set to commence at a leading London hospital. These trials aim to provide the robust evidence needed to further encourage adoption across the healthcare sector.
Europlaz is also scaling up its production capabilities to meet growing demand. A state-of-the-art robotic welder is being integrated into its modern production cell, featuring vision-controlled micro-robotic wire welding technology. This equipment ensures exceptional sensor quality and reliability, with precision welding of materials thinner than a human hair.
Frede Jensen, Europlaz’s Product Development Manager with extensive experience in neonatal technologies, expressed confidence in the innovation’s potential: “This equipment is a game-changer, allowing us to deliver consistent and precise products. Our goal is to make a tangible difference in neonatal care, saving lives and reducing healthcare costs.”
Europlaz’s commitment to advancing neonatal care demonstrates its dedication to driving impactful innovations in the medical field.
