Printed Electronics & Printed Sensors

Flat, flexible and light electronic assemblies for every industry

Years of expertise using printing technology enable us to make innovative products.

The first membrane switch was developed and produced in 1978 using printed electronics. Conductive pastes can now also be printed on substrates such as paper, textiles, or metal in addition to polyester. Our functional foils and printed electronics enable compact, and extremely efficient electronic products that are used in every industry. Processing intelligent pastes that have various physical properties enable the production of new and innovative applications in minimized form factors without the use of additional, highly complex electronic components.

Printed functions create space-saving solutions in the most diverse areas of applications. Sample applications include:

  • Printed circuits and resistors
  • Transparent, translucent touch foils
  • Hybrid assemblies (printed functions in combination with silicon-based electronics)
  • Meanders for security technology
  • Heating foils with PTC pastes
  • In-mold electronics (printed functions in combination with injection molding technology)
  • Smart packaging
  • Printed batteries (primary and secondary cells)
  • Printed antennas

Many of our sensor technology projects are based on fully developed standards, which can be easily customized for you. Please Contact us to request a quote for your custom solution or browse our portfolio below.

Sensofoil® membrane potentiometer / membrane position sensor

Flat, durable, and sealed displacement and angle sensors. Available both on polyester and on FR4 material.

SensoInk® polymer potentiometer

Flat, durable, and open displacement and angle sensors, based on its own wear-free and chemical-resistant, printed polymer paste. Our sensors are based on polyester and are also available on FR4 material.

Printed polymer strain gauges

Detecting strains and compressions, based on a FR4 module. Printed directly on FR4 material, this technology avoids the otherwise process-critical gluing or bonding of an ordinary strain gauge. A direct integration into the PCB design is possible.

SensoForce printed FSR (force sensitive resistor)

They change their voltage as a function of pressure and, among other applications, can be used to measure fill levels.

Capacitive Sensors

Printed on polyester or printed circuit board, they can be easily customized to your requirements. Single or multi-colored lighting of surfaces, symbols, or frames is also possible.

Let's Talk!

Have a question? Need a quote? Contact us today!