Honeywell has introduced a liquid flow sensing platform designed to improve the accuracy of liquid medication dosing and enhance treatment processes for patients. The platform has applications in medical fluid management, wearable drug delivery, and in vitro diagnostics.
The new sensing platform aims to provide healthcare professionals with more time to focus on patient care by streamlining processes and offering personalised therapies. These advancements could potentially reduce hospital stays for patients. Honeywell’s development aligns with its strategic focus on digital solutions and global trends such as automation.
Sarah Martin, President of Honeywell Sensing Solutions, said, “Healthcare is facing tremendous challenges today with a stretched workforce and legacy equipment that requires frequent calibration and maintenance. By creating digital technologies that can lighten the load for healthcare workers, we can help patients have a better treatment experience, reduce needed intervention with equipment and ultimately further move healthcare into the future.”
Many current medication delivery systems are prone to errors or require frequent adjustments, particularly when patients receiving intravenous treatment disrupt the equipment. Honeywell’s liquid flow sensing platform addresses this issue by utilising thermopile technology to calculate flow rates. The platform integrates other sensing technologies to ensure accurate medication flow, reducing errors caused by patient movement.
The platform continuously collects data to monitor and optimise medication delivery, detecting anomalies or blockages in real time. Its compact design supports the development of smaller, more portable equipment, which is particularly relevant as home care solutions gain importance.
The new sensing platform is expected to help reduce medication waste, a significant concern for expensive drugs, and enhance the efficiency of healthcare delivery. By offering a robust digital solution, Honeywell aims to support modernisation in the healthcare sector while improving patient and clinician experiences.