Interesting Engineering on MSN
World’s smallest 3D bioprinting robot delivers healing gels to damaged vocal cords
Scientists unveil a flexible 2.7 mm bioprinter that lets surgeons reconstruct vocal folds and prevent scarring after throat ...
17 天on MSN
Australian construction robot Charlotte can 3D print 2,150-sq-ft home in one day using ...
Australian construction robot Charlotte uses sand, crushed brick and recycled glass to 3D print fireproof, floodproof homes ...
The housing problem continues to keep the Spanish population awake at night. More and more citizens are finding it difficult ...
In Tampa, a robot will soon be laying the groundwork for a new home. Layer by layer, concrete will be printed to form the ...
Two Australian companies have joined forces to develop a spider-like robot designed to 3D print structures on Earth, and, one ...
In a significant step forward for sustainable robotics, a fully 3D-printed autonomous logistics robot has been unveiled by a European tech collaboration. The off-road robot—manufactured entirely from ...
1 天on MSN
3D-printing soft robot delivers hydrogels to the vocal cord surgical site to reconstruct ...
After vocal cord surgery, many patients develop stiff vocal folds that impact their ability to speak. Hydrogels can help prevent this by promoting healing, but delivering hydrogels to the vocal cords ...
The robots are constructed from a combination of standard off-the-shelf components and custom parts. Key systems rely on small-batch vacuum cast components and a significant number of 3D printed parts ...
NC State researchers create 3D-printed magnetic origami robots for precise, targeted drug delivery inside the body.
Tech Xplore on MSN
3D-printed microrobots adapt to diverse environments with modular design
Microrobots, small robotic systems that are less than 1 centimeter (cm) in size, could tackle some real-world tasks that ...
Interesting Engineering on MSN
Magnetic ‘muscles’ turn origami into crawling robots that move and heal from within
NC State engineers 3D-print paper-thin magnetic muscles that turn origami robots into moving drug-delivery machines.
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