We are currently working on an above-average number of projects in the field of medical technology. A rather striking pattern is recognizable.
The more safety-relevant the medical device is, the more companies tend to use ULTRA glass film glass touch screens.
Mainly for one important reason:
Our ULTRA technology works. Always. Point.
While it used to be tedious to learn how to use the PC, today it is very easy with the help of touchscreen applications on tablet PCs and smartphones. Even for the older generation, dealing with a touchscreen application is no longer rocket science. This progress is also noticeable in the medical field.
Increasing scarcity of raw materials and the increasing consumption of rare (expensive) metals are decisive for the many researches in the field of transparent, conductive, flexible electrodes. The aim is to enable their production on a large scale at low cost.
If you take it literally, an embedded PC is an embedded system, a small compact computer without the typical user interface, without input devices or monitors. It takes over predefined tasks for monitoring or controlling special functions. In medical devices, these can be, for example:
-Device
The abbreviation HMI stands for Human Machine Interface. This is a user interface (also known as a human-machine interface (MMS)). In general, a user interface is above all where menus are shown on a display and operated by a human.
HMIs for electromedical devices can often be found:
This is an update to a former description, on how to rotate screen and touchscreen in raspiOS.
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Hospitals and medical practices are increasingly using instruments and devices with integrated touchscreens. Especially in medicine, simple, fast and particularly precise handling of devices is important.