User login


This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.

12 + 0 =
Solve this simple math problem and enter the result. E.g. for 1+3, enter 4.
Kapazitive Tastaturen

Capacitive switches

The technology of our capacitive switches is suitable for all design-oriented applications and input units. By using glass, metal and plastic surfaces, a very robust and resistant operating construction can be created. These surfaces are resistant to moisture and disinfectants and easy to clean. Capacitive switches with glass surfaces are also highly scratch resistant and offer high chemical resistance.


Capacitive switches do not require any actuating force. They work by the approach of the finger. The electric field (active area) is either printed (printed sensor) or etched (ITO etched sensor). The finger causes a capacitance change, which is detected and evaluated by the sensor or the controller.

Advantages of capacitive switches

  • very valuable customer designs can be implemented
  • concave and convex user interfaces possible
  • slider and wheel functions can be integrated
  • production costs are within limits
  • high chemical resistance
  • easy cleaning

Areas of use

  • household appliances
  • industrial applications
  • medical device manufacturing


In contrast to membrane switches and short-travel keys, there is no tactile feedback. However, this can easily be compensated by an acoustic and optical signal.

Even though the tactile/mechanical keyboard is still the most frequently used input device today, interesting alternatives have arisen with capacitive switches.