Hi Res Jpeg - Black.jpg

LIQUID WIRE GEL PHASE CIRCUITS LET ELECTRONICS MOVE FLUIDLY.

Liquid Wire circuitry can move, bend, stretch and twist along with any body they are placed on. Using ROHS compliant liquid metals altered through proprietary gelling process together with sophisticated multimaterial laminates, Liquid Wire creates the most efficient and highest performance printed circuitry in existence. Moving electronics out of their box and into the wider world opens enormous new horizons in electronics design and function. Using plastic fusing methods and high performance polymer films to host:

 

  • Sensors

  • Microprocessors

  • Wireless Communications

 

Embedded computer systems can be mechanically matched to the human body. Wearables are finally free from rigid plastic and glass boxes and can disappear into comfortable form fitting apparel. Biomechanics are moving out of the lab and into the cloud.

Wavy.png

APPLIED SOLUTIONS

Senior2.png


THE NEXT FRONTIER OF ORTHOPEDICS

MUSCULOSKELETAL MONITORING
JOINT BY JOINT

  • Electronics that move as dynamically as your joints

  • Direct sensing of every movement down to
    individual muscles and tendons

  • Real time data and feedback

  • Washable circuit architectures

NoGrayImage_edited.png
Wavy.png
IconWhite.png

BEYOND BIOMECHANICS

For a wide range of applications, Liquid Wire interconnects electrodes, accelerometers, high elongation strain gauges and microprocessors, all bonded into breathable textiles. Gel phase circuit architectures create moldable, deformable electronics for all bodies, not just the human one. 

  • Aerospace
     

  • Industrial

  • Robotics
     

  • Automotive

Two layer falcon extreme stretch - Brighter.png