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Featured image of Harvard Researchers Develop Conductive Ink to Embed Sensors into Soft Robotics
Mar 1, 2018
Harvard Researchers Develop Conductive Ink to Embed Sensors into Soft Robotics
Featured image of New 3D Printing Technique Allows For Better Control Of Composite Material Fiber Orientation
Jan 16, 2018
New 3D Printing Technique Allows For Better Control Of Composite Material Fiber Orientation
Featured image of Insect-inspired Hybrid Drone Flies, Swims and Explodes Out of the Water
Oct 30, 2017
Insect-inspired Hybrid Drone Flies, Swims and Explodes Out of the Water
Featured image of Wyss Institute Develops Hybrid 3D Printing for Cheap Wearables
Sep 15, 2017
Wyss Institute Develops Hybrid 3D Printing for Cheap Wearables
Featured image of Researchers Control Structure of 3D Printed Ceramic Foam
Feb 7, 2017
Researchers Control Structure of 3D Printed Ceramic Foam
Featured image of TacTip Wins Harvard International Soft Robotics Competition
Jan 19, 2017
TacTip Wins Harvard International Soft Robotics Competition

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Featured image of Harvard Researchers Develop Conductive Ink to Embed Sensors into Soft Robotics
Liquid Sense
Harvard Researchers Develop Conductive Ink to Embed Sensors into Soft Robotics

Researchers from Harvard University have developed a 3D printing platform for creating soft robotic systems embedded with sensors. The team uses a technique developed in the lab of Jennifer Lewis to 3D print organic ionic liquid-based conductive ink within soft elastomer matrices. 
Featured image of New 3D Printing Technique Allows For Better Control Of Composite Material Fiber Orientation
Reinforcing composite fiber layers
New 3D Printing Technique Allows For Better Control Of Composite Material Fiber Orientation

A newly developed 3D printing technique is making it easier to control the orientation of fibers of engineered composites.
Featured image of Insect-inspired Hybrid Drone Flies, Swims and Explodes Out of the Water
Inspired by Insects
Insect-inspired Hybrid Drone Flies, Swims and Explodes Out of the Water

Researchers from Wyss Institute have created a mini-drone called RoboBee which can fly, dive into water, swim and explode out of the water.
Featured image of Wyss Institute Develops Hybrid 3D Printing for Cheap Wearables
Stretching Out
Wyss Institute Develops Hybrid 3D Printing for Cheap Wearables

Researchers at Wyss Institute combine 3D printing of stretchable inks with electronic components to make wearables more flexible.
Featured image of Researchers Control Structure of 3D Printed Ceramic Foam
Print like Nature Builds
Researchers Control Structure of 3D Printed Ceramic Foam

Researchers at Harvard and MIT have 3D printed lightweight porous honeycombs with tunable stiffness geometry and density using a ceramic foam.
Featured image of TacTip Wins Harvard International Soft Robotics Competition
TicTacToe
TacTip Wins Harvard International Soft Robotics Competition

TacTip is an open-source 3D printed artificial fingertip that can 'feel', and has won the Harvard international Soft Robotics competition.

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