Technologies for hygiene-sensitive areas

We have been implementing individual operating solutions at the man-machine interface for over 24 years. We are familiar with the conditions prevailing in hygiene-critical environments, such as medicine, pharmacy, laboratories and care facilities. The devices used there are subject to particularly high requirements.

Operation must be precise, safe and intuitive. The most important criterion is complete cleanability and disinfectability to prevent contamination and germ transfer. At the same time, the equipment must be protected against the ingress of dust, germs, and liquids and grease.

Are you unsure which technology is the right one? We will be happy to advise you!

Why do medical environments require special user interfaces?

Not only in times of epidemics and pandemics is there an increased risk of infection in hygiene-critical environments. It is precisely here that the incidence of pathogens is particularly high throughout the year.

One of the most effective weapons against unnecessary infection is compliance with strict hygiene measures. In practice, however, these often defined standards are not always adhered to due to a lack of time and personnel. This can cost lives.

In Germany alone, up to 20,000 people die each year due to the health consequences of hospital germs.

This must be prevented!

In everyday medical practice, operating solutions are greatly underestimated as germ-spreading areas. Cracks and furrows are ideal places where pathogens can collect and multiply unnoticed. For immunocompromised patients, such as those in intensive care units, this circumstance is particularly fatal. Here, it is important to remove all sources of danger that could lead to an aggravation of the patient’s state of health.

To avoid invisible sources of danger, special technologies are required in the manufacture of equipment used in medical environments. Only then do viruses and bacteria have the least chance of survival and the transmission of infectious diseases is effectively prevented.

Optical controls NEW

The contactless switch works by means of a special technology and has three different states: standby, approach and triggering. These are visualized by brightness and color. The non-contact operation of the switch is possible with and without gloves and ensures maximum hygiene at the point of use.

All advantages at a glance:

  • Contactless, contamination-free activation
  • Very good EMC properties
  • Wipeable in functional operation
  • Wear-free
  • Attractive features: variable triggering distance, backlighting, multicolor (LED)

Voice control NEW

With the help of this technology, operation is intuitive – hands and eyes focus on the essentials. The user does not come into contact with the operating technology. Voice control works without a connection to the Internet. This keeps data private and secure.

All advantages at a glance:

  • Non-contact triggering
  • Contamination-free and sterile operation
  • Live documentation of tasks and processes
  • Particularly fast operation; precise commands and cumbersome menu navigation are unnecessary or eliminated
  • Integration of technology also suitable for lightweight, mobile devices

Capacitive operating technologies

These are surfaces on which the user can operate by touch without pressure. The technology enables a flat design and both glass and other non-conductive materials, such as polyacrylic or polycarbonate, are suitable as cover materials.

All advantages at a glance:

    • Closed smooth surface

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    • Very good resistance to chemicals and dirt

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    • Mechanically wear-free
    • Possibility of waterproof and dustproof integration

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  • High degree of individual design

Our portfolio of ready-to-use glass keypads can be found here.

Capacitive Button

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Compared to mechanical buttons, capacitive pushbuttons are flat, mechanically wear-free, easy to clean and disinfect, visually appealing, and easily integrated into existing systems. Capacitive styli use individual sensors that generate electric fields. This field penetrates a variety of materials. The most popular is glass.

All advantages at a glance:

    • Individual adjustment of key sensitivity; enables low-touch operation

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    • Very good resistance to chemicals and dirt

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  • Mechanically wear-free
  • Attractive features: Backlighting, multi-color (LED)

Silicone keyboards

Silicone mats are particularly durable, reliable and have almost unlimited design possibilities. Colors and shapes of the keycaps are freely definable. Silicone mats are made of highly elastic, toxin-free silicone rubber.

All advantages at a glance:

    • Robust surface
    • Resistant to water, dust or oil
    • Completely washable with common cleaning agents and disinfectants
  • High abrasion resistance
  • Installation through adhesive layer on the back

Our portfolio of ready-to-use silicone keyboards can be found here.

Foil Keypads

Membrane keypads are the most commonly used input elements in device and apparatus engineering – they are still among the first choice in medical environments. In addition to classic key embossing, resin-based haptic feedback or the application of a haptic varnish is also possible. In most cases, membrane keyboards are integrated into systems by gluing them in place.

All advantages at a glance:

    • Robust surface
    • Flat installation depth
    • Space-saving, compact control panels can be realized
  • Attractive features: Liquid-repellent coatings, lighting options, use of UL certified materials

Our portfolio of ready-to-use membrane keypads can be found here.

Already heard of our GETT.FACTORY? We not only advise you and develop operating solutions tailored to your needs, we also manufacture them! We are your system supplier for components and assemblies for medical devices!

Take a look HERE behind the scenes of our manufacturing or contact us directly!

Get in touch with us!

Please feel free to call us at
+49 (0)37468 66044
or

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