For mobile heart-lung machines (HLM), Interelectronix develops special touchscreens with the patented ULTRA technology, which are very fail-safe and reliable. With their intuitive and universal usability, ULTRA touchscreens offer a quick and easy way to operate mobile heart-lung machines, making the work of emergency physicians and paramedics easier.
ULTRA touchscreen technology for cardiac technology
The pressure-based ULTRA technology makes it possible to operate the monitor with treatment gloves, or with pens and bare hands. This means that in an emergency, the doctor does not have to worry about operating the machine and can instead fully rely on safe operation. During an emergency, hustle and bustle is the order of the day. During ambulance transports, shocks often occur due to the speed and, in addition, the paramedics do not have time to concentrate on the careful handling of the machine. In order to be able to guarantee the reliability and reliability of the touchscreen in such often life-critical moments, the ULTRA touchscreen has an impact- and scratch-resistant borosilicate glass surface.
Impact and scratch resistant touchscreen technology
Scratches or blows against the surface cannot destroy the touchscreen and even with a scratch the functionality of the touchscreen is still given. A requirement for the touch screen for use in heart-lung machines is, of course, the possibility of hygienic cleaning and disinfection.
ULTRA for easy surface cleaning in the medical field
The surface lamination of ULTRA touch screens is completely resistant to any form of dirt, chemicals and moisture. Therefore, even daily cleaning and disinfection does not leave any signs of wear and tear on the touchscreen. ULTRA touchscreens from Interelectronix for mobile heart-lung machines are even suitable for helicopter operations, because they do not emit any interference radiation themselves and are also completely insensitive to EMC. This makes an ULTRA touchscreen a user-friendly and highly reliable choice for cardiac machines in mobile use.