Medical & health
ams OSRAM is harnessing light to enable the next generation of medical and health solutions.
Medical & health
ams OSRAM is creating novel generations of light emitting, sensing and signal processing products that unlock new algorithmic approaches for innovative medical and health platforms.
Cutting-edge CT and X-ray sensor arrays, vital signs sensors, temperature sensors and more are enabling advanced non-invasive diagnostics and therapies to improve health and wellness. In this context ams OSRAM delivers innovative technology that enable healthcare to be accurate, remote, affordable and personalized.
People are paying attention to their personal health and fitness – a trend accelerated by the COVID-19 pandemic. Digitalization and diagnostics at the point of care are the key drivers for professional and personal healthcare, revealing unprecedented functionalities. At the same time, miniaturized form factor with optimum sensitivity, precision and performance is needed for less invasive diagnostics. For example, the pioneering ams OSRAM NanEye series comprises the smallest camera modules available with fully digital output, offering broader applications for medical endoscopes.
ams OSRAM's engineering experts create the key technologies for our customers’ advanced solutions. Co-creating with our customers, we provide the basis for accessible, accurate and efficient diagnostic and smart healthcare systems. Our broad spectrum product portfolio of advanced light emitters and detectors cover a wide range of use cases, from professional medical grade devices to personal health care devices, like those for vital sign diagnostics.
Medical & health applications
Digital diagnostic devices
Telehealth is the new frontier in health and wellness management. ams OSRAM delivers world-class light-emitting and optical-sensor solutions that drive innovation for telehealth-empowering wearable technologies and point-of-care diagnostic devices for the home. Our cutting edge light emitting and sensing product portfolio is designed to meet the need for accurate and reliable data, optimum quality, increasingly miniaturized components, and better energy efficiency.