3D Printed Robotics
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There's plenty to choose from when it comes to building your own robotic arm. Check out the best 3D printed robot arms and DIY kits!
3D printing and robots are a powerful combination. Check out the greatest 3D printed robot projects, many of which you can make yourself!
After studying the mechanisms of invertebrates in nature, U.S. Army researchers have developed 3D printed soft robotics that can traverse difficult landscapes and squeeze into crowded spaces.
KUKA, the Chinese-German industrial manufacturing company, creates specialist robotics by using 3D printing technologies. In collaboration with MakerBot 3D printers, KUKA develops robotic arms which are used across a variety of industries.
Got a lightweight robot in need of some locomotion? Maker LoboCNC has you covered with this 3D printed swerve drive.
Researchers from the University of Minnesota built a unique 3D printer which can print a tactile sensor directly onto your hand.
The DOBOT Magician is a multifunctional desktop robotic arm that is designed for practical training education. Review the specs here.
Want to build your own custom robot with no screws attached? The 3D printed SMARS modular robot is the perfect project for beginners and seasoned makers who want a quick and easy introduction to the world of robotics.
The VP of Engineering at Boston Dynamics visits a small town in Germany to explain how 3D printing and fluid power contributed to dramatic weight savings and power efficiency in the latest generation of their Atlas humanoid robot.
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.
Engineers at UC San Diego use soft robotics and 3D printing to make gloves that provide tactile feedback in virtual reality environments.
Engineers have designed a flying Bat Bot, a robot drone with 3D printed joints that can swoop and dive just like the real thing.
Students from Delft University of Technology have modfied a 3D printer to cast silicone for soft robotics in a process they call Ulticast.
Could a 3D printed cat tongue be the answer to questions in the world of soft robotics? Researchers at Georgia Tech aim to find out.
The build area is a difficult thing to improve on in 3D printers. Maintaining accuracy over a large area is a challenge, and as a result, larger machines are expensive and complex. But what if, instead of one big machine, you had many small, mobile robots getting the job done?
Now on crowdfunding platform Indiegogo is a new campaign launched by Origin Robots called the ORIGIBOT2 which is a telepresence robot that you can move around and pick things up with remotely.