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Featured image of 3D Printed Autonomous RoBoats Aim to Reduce Road Traffic in Amsterdam
May 25, 2018
3D Printed Autonomous RoBoats Aim to Reduce Road Traffic in Amsterdam
Featured image of MIT and BMW Develop “Liquid Printed Pneumatics” for Inflatable Car Interiors
May 23, 2018
MIT and BMW Develop “Liquid Printed Pneumatics” for Inflatable Car Interiors
Featured image of 3D Printed AlterEgo Wearable Responds to Silent Speech
Apr 30, 2018
3D Printed AlterEgo Wearable Responds to Silent Speech
Featured image of MIT and Boeing Collaborate on Additive Manufacturing Education
Apr 24, 2018
MIT and Boeing Collaborate on Additive Manufacturing Education
Featured image of MIT Researchers Develop ColorFab: A Color-Changing 3D Printing Process Like No Other
Jan 29, 2018
MIT Researchers Develop ColorFab: A Color-Changing 3D Printing Process Like No Other
Featured image of MIT Self-Assembly Lab Creates Tote Bags & Lamps at Design Miami
Dec 18, 2017
MIT Self-Assembly Lab Creates Tote Bags & Lamps at Design Miami
Featured image of MIT Engineers 3D Print Genetically Programmed Living Cells from Bacterial Ink
Dec 6, 2017
MIT Engineers 3D Print Genetically Programmed Living Cells from Bacterial Ink
Featured image of New MIT Technology Makes 3D Printers 10 Times Faster
Nov 29, 2017
New MIT Technology Makes 3D Printers 10 Times Faster
Featured image of Neural Network Tricked into Thinking 3D Printed Turtle is a Rifle
Nov 2, 2017
Neural Network Tricked into Thinking 3D Printed Turtle is a Rifle
Featured image of MIT Researchers Develop 3D Printed Device to Improve Nanofiber Mesh Production
Nov 2, 2017
MIT Researchers Develop 3D Printed Device to Improve Nanofiber Mesh Production
Featured image of MIT and Aether Collaborate to Test New Biomaterials Using Aether 1 Bioprinter
Oct 24, 2017
MIT and Aether Collaborate to Test New Biomaterials Using Aether 1 Bioprinter
Featured image of MIT Announces Free Additive Manufacturing Training Webinar in December
Oct 22, 2017
MIT Announces Free Additive Manufacturing Training Webinar in December
Featured image of 3D Fabrication Technique Allows for Multiple Vaccinations in Single Injection
Sep 19, 2017
3D Fabrication Technique Allows for Multiple Vaccinations in Single Injection
Featured image of “Peel-and-Go” 3D Printable Structures Self-Fold Off the Print Bed
Sep 14, 2017
“Peel-and-Go” 3D Printable Structures Self-Fold Off the Print Bed
Featured image of Design and 3D Print Robots Quickly With MIT’s Robogami System
Aug 23, 2017
Design and 3D Print Robots Quickly With MIT’s Robogami System
Featured image of MIT Develops InstantCAD Plugin to Give Instant Design Feedback
Jul 27, 2017
MIT Develops InstantCAD Plugin to Give Instant Design Feedback
Featured image of NVBots 3D Printer has Project Queuing and Auto Part Removal
Jul 24, 2017
NVBots 3D Printer has Project Queuing and Auto Part Removal
Featured image of MIT Engineers Develop Computer Chip to Shrink Drone Technology
Jul 19, 2017
MIT Engineers Develop Computer Chip to Shrink Drone Technology
Featured image of Researchers Print Conch Shells To Examine Toughness
May 29, 2017
Researchers Print Conch Shells To Examine Toughness
Featured image of This 3D Printed Pasta Changes Shape When Dunked in Water
May 26, 2017
This 3D Printed Pasta Changes Shape When Dunked in Water

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Featured image of 3D Printed Autonomous RoBoats Aim to Reduce Road Traffic in Amsterdam
Row, Row, Row Your RoBoat
3D Printed Autonomous RoBoats Aim to Reduce Road Traffic in Amsterdam

Researchers from MIT CSAIL and the Amsterdam Institute for Advanced Metropolitan Solutions are working on a project called the RoBoat which will free up road traffic in cities with a network of canals. The boats are autonomous and can even come together to create floating structures, such as bridges.

Featured image of MIT’s Autonomous Construction Rig 3D Prints Affordable Homes
Cosy 3D Printed Dome
MIT’s Autonomous Construction Rig 3D Prints Affordable Homes

MIT researchers are developing an autonomous construction rig that uses 3D printing and robotics to quickly create structures.

Featured image of MIT and Boeing Collaborate on Additive Manufacturing Education
Higher Learning
MIT and Boeing Collaborate on Additive Manufacturing Education

New online course from MIT and Boeing to teach professionals how to invent and implement innovative new applications for additive manufacturing.

Featured image of Programmable Viscoelastic Materials: Robots with 3D Printed Skin Can Absorb Shock
Boing Boing Boing
Programmable Viscoelastic Materials: Robots with 3D Printed Skin Can Absorb Shock

MIT has developed "Programmable Viscoelastic Materials" which can be 3D printed to make soft skins and work as shock absorbers.

Featured image of Smart Electronics: UML Delivers 3D Printed Radar Components
3D Print Electrical Components
Smart Electronics: UML Delivers 3D Printed Radar Components

Researchers at University of Massachusetts Lowell have developed a new way to 3D print crucial components of radar systems. It’s a new type of ink that opens the door to the 3D printed radar.

Featured image of MIT and Aether Collaborate to Test New Biomaterials Using Aether 1 Bioprinter
Clever Collaboration
MIT and Aether Collaborate to Test New Biomaterials Using Aether 1 Bioprinter

MIT and Aether are collaborating to provide students at the university with Aether 1 3D printers so they can research bio-materials, including Citrene.

Featured image of MIT Announces Free Additive Manufacturing Training Webinar in December
Extruding Knowledge
MIT Announces Free Additive Manufacturing Training Webinar in December

Looking to learn more about additive manufacturing? On December 5, MIT is hosting a free training webinar with Professor John Hart. 

Featured image of “Peel-and-Go” 3D Printable Structures Self-Fold Off the Print Bed
Expanding Horizons
“Peel-and-Go” 3D Printable Structures Self-Fold Off the Print Bed

MIT researchers develop 3D printable expanding polymer structure that will fold itself up as soon as it's peeled off the print bed. 

Featured image of Design and 3D Print Robots Quickly With MIT’s Robogami System
Beep Bop
Design and 3D Print Robots Quickly With MIT’s Robogami System

MIT researchers make it easy to build robots with a system called Interactive Robogami so you can design, print and assemble in five hours. 

Featured image of 7 Important 3D Printing Inventions Made By MIT
Mind And Hand And 3D Printing
7 Important 3D Printing Inventions Made By MIT

Some of the greatest 3D printing inventions were made at MIT. Here’s how one of the most advanced universities is making 3D printing easier.

Featured image of MIT Self-Assembly Lab Creates Tote Bags & Lamps at Design Miami
Self-Assembling Art
MIT Self-Assembly Lab Creates Tote Bags & Lamps at Design Miami

MIT showcases its rapid liquid printing process at Design Miami, 3D printing tote bags, lamps, and other art objects.  

Featured image of New MIT Technology Makes 3D Printers 10 Times Faster
FastFFF: Just Add Lasers
New MIT Technology Makes 3D Printers 10 Times Faster

3D printing has just been given a speed boost: MIT researchers have developed a 3D printer that is 10 times faster than most consumer models.

Featured image of Neural Network Tricked into Thinking 3D Printed Turtle is a Rifle
Turtle Power
Neural Network Tricked into Thinking 3D Printed Turtle is a Rifle

With a 3D printed turtle or baseball, say MIT researchers, you have the tools you need to spoof a neural network in the physical world.

Featured image of 3D Printed AlterEgo Wearable Responds to Silent Speech
A Quiet Word
3D Printed AlterEgo Wearable Responds to Silent Speech

Students from MIT have created a prototype 3D printed device, AlterEgo, that can recognize the words you mouth when silently talking to yourself and interpret them as commands.

Featured image of MIT Researchers Develop ColorFab: A Color-Changing 3D Printing Process Like No Other
Color Me Impressed
MIT Researchers Develop ColorFab: A Color-Changing 3D Printing Process Like No Other

A team of researchers from MIT CSAIL have developed ColorFab, a platform that enables the creation of 3D printed objects that change color after production. This process could be integrated into the fashion and jewelry industry, and would help promote waste reduction.