Sensors are the driving force of Industry 4.0, full digital networking and the IoT. They need to be energy-efficient, as small as possible and also sustainable.
With the binder process, sensors can be printed directly onto a measurement object. This enables fast measurements with high dynamics while reducing calibration efforts and minimizing the impact of external interferences.
Touch sensors
Touch sensors dominate the market and play an indispensable role in control elements in particular. The binder ITZ transfers inputs from the plane to a new dimension without the need for force.
Our capacitive 3D touch sensor surfaces can be applied to customised designs. They are virtually invisible and can be realised in any desired design. Our sensors allow seamless connection to classic electronics.
Possible areas of application:
- Labour science (e. g. human-machine interfaces)
- Automation technology
- Biotechnology
- Mechanical engineering
- Medical technology
Force sensors
With our force sensors, we reduce the measurement effort to the essentials. Printed structures make it possible to measure the force directly on the object.
The measurement is reliable, immediate and with adjustable precision. This makes sensor technology an efficient and space-saving task.
Temperature sensors
When measuring temperatures, every degree and every second counts in many cases. Our printed sensors detect temperatures directly and without time delay on the respective object. For example, we create PT100 sensors that can be controlled directly with the appropriate electronics.
In combination with a printed heater, our temperature sensors enable controllable, efficient temperature control in the smallest of spaces.
