Bioelectronics applications utilize conductive inks, like gold and silver, printed onto flexible, stretchable, and biocompatible substrates for biomedical use.

Bioelectronics

Discover electroluminescent display applications that use a variety of phosphor materials on flexible substrates such as paper and PET, as well as rigid substrates such as glass.

Electroluminescent Displays

Discover applications that print conductive inks onto flexible substrates to create customized human-machine interfaces.

Flexible Membrane Switches

Discover more about printing conductive inks, such as silver or copper ink onto flexible substrates such as PET, polycarbonate, or polyimide.

Flexible PCBs

Printed antennas can be printed with silver inks, copper inks, and a range of other conductive inks on flexible substrates for wireless communication.

Printed Antennas

Printed antennas

Discover printed battery applications that use a variety of materials as anodes, cathodes, separators, and electrolytes to power electronics that are thin, wireless, flexible, and energy efficient.

Printed Batteries

Solder paste consists of small solder balls suspended in a flux medium. It can be used on prefabricated PCBs, development boards, and flexible substrates.

Solder Paste Dispensing

Discover wearable applications that print conductive inks, dielectric inks and semiconductor inks on stretchable substrates to monitor biomarkers.

Applications

Don’t see your application listed?