Important Innovations

New Fast Acting Soft Robots Expandable with High Speeds Source:  Purdue University Bioinspired by Chameleons, Salamanders and Toads Researchers at Purdue University have invented a new class of high speed, soft robots and actuators. They are bio-inspired by the high speed, elastic motions of salamanders, chameleons and toads that launch their tongues in a tenth of a second to catch an insect.  Purdue's new soft robot can catch a live, flying beetle in the same way, in a blink of an eye.  This robotic innovation is big for potential use in accelerated automation. New Class of Soft Robots The Purdue scientists' new innovation is a new class of entirely soft robots and actuators.  They are capable of recreating bioinspired high powered, high speed motion using stored elastic energy.  They're composed of stretchable polymers like a rubber band with channels that expand with pressurization. Amazing Robotics This robot expands five times in length and

Northwestern's HARP: Full Size Structures in Two Hours Source:  Northwestern University Future of Manufacturing On-Demand A team at Northwestern University have invented a 3D printer that provides rapid, on-demand manufacturing of large objects in a few hours.  It can be used to make parts for planes, cars, medical devices and more.  The HARP (high area rapid printing) device prints 100 times faster than other 3D printers.  It can create an object the size of a human in 2 hours. Record Breaking Throughput Northwestern University says this type of rapid manufacturing on-demand is the future of manufacturing that could put an end to molds and warehouses. The new printer will be commercially available within a year and a half.  It prints both hard, durable parts and elastic objects.  The throughput is record breaking and enables it to manufacture parts on demand. Non-sticky Liquid & Ultraviolet Light The printer itself is large:  13 feet tall with a 2.5 sq. foot prin