Artificial Muscle Technology
Redefining robotic motion with biomimetic actuation systems powered by electrically responsive liquid crystalline elastomers (LCEs)
We have developed proof-of-concept electrically responsive artificial muscle technology based on liquid crystalline elastomers (LCEs), demonstrating the potential for lightweight, compliant, and energy-efficient robotic actuation systems.
Our focus is now on advancing this technology beyond the laboratory through scalable manufacturing approaches and real-world application development for next-generation robotics platforms.
We are actively seeking strategic collaborations, research partnerships, and investment opportunities to accelerate the future of biomimetic robotics and intelligent motion systems.
ELECTRICALLY RESPONSIVE LCE LIFTING WEIGHT
ELECTRICALLY RESPONSIVE LCE-POWERED MINIATURE ARM
ELECTRICALLY RESPONSIVE LCE FIBER
OUR MISSION
Revolutionizing robotics through lightweight, precise, and electrically responsive artificial muscle technologies
About Us
Poly-Motion is an early-stage deep technology startup pioneering the future of humanoid robotics through advanced artificial muscle systems based on liquid crystalline elastomers (LCEs).
Founded and led by Dr. Joshua Ince, Poly-Motion emerged from more than half a decade of research into electrically responsive smart materials during his PhD journey. The company was established with a vision to transition breakthrough artificial muscle technologies from laboratory research into real-world robotic applications.
Today, Poly-Motion brings together a multidisciplinary team with expertise across advanced materials science, robotics, biomimetic engineering, scalable manufacturing, product development, commercialization, strategic partnerships, and innovation leadership to help shape the next generation of intelligent motion systems.
Engineering the future of human-like motion
Publications
The science behind Poly-Motion began with years of research into responsive smart materials and artificial muscles.
Explore the publications below