Printed circuits
Printed electronics is a technology that allows printing directly on different substrates (thin plastic, paper, metal or textiles) electronic components, conductive tracks and circuits. In this way:
The substrate maintains its original properties
Substrate remains as flexible as before printing
The manufacturing process of our flexible circuits is:
We select the right substrate
A tinting process is applied
We print the circuit
We proceed to curing
Finally, we weld the element
We have developed together with Eurecat the soldering of components in flexible circuits
Flexible circuits
Flexible circuits represent a paradigm shift: from a rigid circuit to a malleable one. A thin, easy-to-integrate type of circuit that can cover large areas and be mass-produced.
It has the built-in functionality of combining different devices on a single production substrate. And it offers new market opportunities thanks to its greater freedom of shape and size.
Applications
Flexible circuits have a multitude of applications in today’s markets:
Printed electronics in important industrial sectors
Monitoring for preventive care
Wellness and health purposes
Biosensors
OLED for light therapy
Smart ampoules
Displays as decorative applications
OLED luminaires
Detection and signaling for household appliances
Tactile and functional surfaces
Low cost and consumption displays for price tags
Smart tickets and labels
Smart packaging combining sensor systems
Energy collection and storage
Printed and hybrid NFC and RFID tags
Gadgets
NFC, RFID antennas
Geolocation, GPS (hybrid electronics)
Motion monitoring
Printed light
ECG, respiration, temperature monitoring
