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Researchers at MIT have used magnetism as a new transport method for tiny robots that can send nanoparticles to diseased areas within the body for targeted treatment.
Bastian Solutions worked with Fast Radius to create a shuttle system that uses additive manufacturing to design and construct a custom-designed modular robot system.
A 3D printer developed by researchers at Michigan Tech and re:3D turns recycled plastic into high-performance sporting equipment such as kayak paddles and skateboards.
With all of the hype surrounding additive manufacturing and 3D printing, it's easy to forget that, as with all new technologies, there is a learning curve.
4D-printed materials developed by researchers at Rutgers University can change shape and level of stiffness in response to temperature for numerous applications.
New hydrogels developed by researchers at Brown University show great potential for use in next-generation biomedical, soft-robotic, and microfluidic applications.
3D printing brings unique considerations for medical device engineers. But when used well, FDA's additive manufacturing guidance can give you a competitive advantage.
