STRETCHABLE
ELECTRONICS
FOR MOBILITY
Let ideas flow to create unique sensoring and user interfaces for your products.
OUR VISION
We want to simplify the way sensors and human machine user interfaces are integrated on mobility and automotive components, just by merging printed electronics with the freedom of selecting substrates and creating unlimited design forms.
Based in Portugal, UINCS rises as a spin off of Soplast, a tier-2 automotive supplier founded in 1980, and electronic researchers from the University of Coimbra.
UINCS is a start-up company founded by automotive experts and electronic researchers that put their passion to develop a patented technology of stretchable and sinter free printed electronics for the mobility and automotive sector, with unmatched properties.
OUR MISSION
Enable mobility stakeholders to transform their products with innovative and state of the art highly stretchable and sinter free printed electronics, moving away the constrains of rigid and traditional flexible electronics.
STRETCHABLE ELECTRONICS FOR MOBILITY. STRETCHABLE ELECTRONICS FOR MOBILITY. STRETCHABLE ELECTRONICS FOR MOBILITY. STRETCHABLE ELECTRONICS FOR MOBILITY. STRETCHABLE ELECTRONICS FOR MOBILITY.
TECHNOLOGY
Our innovative technology allows the fast integration of sensitive electronic touch functions, capacitive and resistive sensors, hybrid circuits for communication and lightning or even heating surfaces, always with an amazing freedom to both create 3D shapes and select a wide range of substrate materials.
Enhance and transform your products with integrated ergonomic and aesthetic electronic functions.
Enhance and transform your products with integrated ergonomic and aesthetic electronic functions.
CONCEPT
Overcome design limits with stretchable, freeform and ultrathin printed electronics.
UNIC2 Steering Wheel
3D curved sensors for audio control interface.
Heating by printed stretchable circuits.
UNIC2 Center Console
HMI control using single piece stretchable printed sensors.
UNIC2 Car seat
Textile sensitive buttons for power seat functions.
UNIC2 Seat headrest
HMI control using single piece stretchable printed sensors.
E-GRIP
HMI control using single piece stretchable printed sensors.
Streamlined fusion of versatile electronic functions.
APPLICATIONS
Sensoring and lighting for
human machine interfaces.
Areas such as center consoles, door panels or seats can be experience improved with touch, proximity detection functions and lightning effects.
Multi function smart surfaces, such as control panels or sliders, with ultrathin 3D design shapes on a wide range of soft or rigid materials.
Seat sensors, light integration in seats and hidden touch controls.
Passenger detection or temperature sensors.
Powered seat touch controls.
Integration of illumination effects alongside seat covers.
Seat sensors, light integration in seats and hidden touch controls.
Passenger detection or temperature sensors.
Powered seat touch controls.
Integration of illumination effects alongside seat covers.
Passenger health monitoring and air cabin quality control.
Monitor driver health conditions.
Air quality sensors integration.
Interior complex heating surfaces and thermal management.
Create heating surfaces on complex shapes saving space.
Place ultrathin temperature monitoring sensors in areas with design constrains.
Integration of illumination effects alongside seat covers.
Interior complex heating surfaces and thermal management.
Create heating surfaces on complex shapes saving space.
Place ultrathin temperature monitoring sensors in areas with design constrains.
Integration of illumination effects alongside seat covers.
Trusted by the World’s Best Companies
Let's talk
Have an idea for a product, or a project need? Fill in the form and we’ll be in touch soon, or contact us directly via email at
contact@uincs-tech.com