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Flexibility

New 3D printing process creates recyclable plastics that stretch and flex

Princeton engineers developed scalable 3D printing for affordable, recyclable soft plastics with customizable properties, ideal for robotics and devices

Joshua Shavit
Flexibility and range of motion plays a significant role in life expectancyJoshua Shavit
Flexible electronic device wraps around the spinal cord – revolutionizing the treatment of spinal injuriesJoshua Shavit
Super lightweight, fabric-based solar cell turns any surface into a power generatorJoseph Shavit
Groundbreaking paper-thin laminate turns walls or furniture into an energy-efficient heaterJoseph Shavit
New home constructed with flexible partition walls can transform to meet resident needsJoseph Shavit
‘Spray-on’ nanomaterial revolutionizes flexible electronicsJoseph Shavit
Electrospinning promises major improvements in wearable technologyJoshua Shavit
Researchers develop a fabric that turns body movement into electricityJoseph Shavit
Scientists develop a ‘fabric’ that turns body movement into electricityJoseph Shavit
3D printing smart clothes with a new, flexible, liquid metal microgel inkJoseph Shavit
Researchers develop first fully 3D-printed, flexible OLED displayJoseph Shavit
Skin-inspired sensors show how our body movesJoshua Shavit
A flexible space telescope lens that can be rolled for launch and unfurled in spaceJoshua Shavit
Revolutionary new quantum dot LED (QLED) is as flexible to fold as paperJoshua Shavit
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