Medical equipment is constantly exposed to fluids, disinfectants, and frequent handling, so interfaces must remain reliable and easy to clean without compromising control accuracy. Our IP65-sealed rotary encoder display is built for these conditions. It prevents moisture ingress, protects critical electronics from corrosion and removes exposed openings where contaminants can accumulate. The result is a hygienic, sealed interface that combines tactile rotary control with a modern graphical UI - delivering dependable performance in clinical environments.
Real-World Medical Applications
We are working with medical device manufacturers to integrate our IP65 rotary encoder displays into a range of equipment, including:
Infusion Pumps where precise dosage control is critical. The rotary input delivers defined increments with push-to-confirm selection, while the sealed interface withstands fluid exposure and routine disinfection.
Portable Diagnostics including blood analysers and point-of-care instruments which encounter biological fluids during normal use. The sealed display isolates electronics, simplifies sanitisation, and maintains responsive operation in time-sensitive workflows.
Imaging workstations involve frequent parameter changes - depth, gain, mode selection - often while gel or cleaning fluids are present. The tactile encoder enables accurate adjustments without smearing or mistriggered touch input, while the sealed display tolerates repeated wipe-downs.
Built to Last in Clinical Environments
Our IP65 rotary encoder display is engineered for long-term deployment in medical equipment. We use optically bonded cover lenses to maintain clarity and contrast in all lighting conditions, from theatre illumination to low-light recovery wards.
The rugged housing and sealed construction protect against fluid ingress and surface wear, while the encoder mechanism is designed for high cycle counts and consistent detent feel over time.
We also prioritise long component availability, helping device manufacturers support product lifecycles without redesigns or unexpected obsolescence.
Talk to us about your next medical design