Tools in the age of 3D printing: same strength, less weight
Lighter and stronger tools and spanners thanks to 3D printing and metal "gyroids".
Read moreLighter and stronger tools and spanners thanks to 3D printing and metal "gyroids".
Read more3D printing is about to enter our kitchen, revolutionizing the way we prepare and eat meals.
Read more400 square meters, two floors, walls already printed with compartments and shelves: 3D technology for the building industry is going higher and higher.
Read moreA centuries-old tradition that ends straight into the new millennium: Coreglia Antelminelli, home of manufacturing, opens a school of the future.
Read moreSoft robotics efficient and biodegradable? Sweet words. Very sweet. Sugar words!
Read moreFrom scrap metal present on the Moon to new materials, 3D printed: if the test succeeds, it will be a new step towards the lunar colonies.
Read moreSnapmaker 2.0 is the latest generation of "electronic sculptor". Laser engraving, milling and 3D printing all in one: the craftsmanship of the future.
Read moreA new method produces a material that can be inserted directly into the body for 3D printing of bone replacements.
Read moreThe component allows the use of one respirator or multiple respirators in order to treat up to 4 patients each.
Read moreA new method allows to make the tissues of human organs completely transparent: an important step to reduce the waiting for transplants.
Read moreTwo instruments, one of the XVIII and one freshly baked in plastic with 3D printing have identical sound. The "cloned" instruments will preserve the heritage.
Read moreWith a new rapid 3D printing technique you can print an entire layer in the time that was previously necessary to print a single point.
Read moreIn a few years, 3D printing has overcome the embryonic stage and has already begun to move rapidly in three distinct directions: the development of massive production systems (many goods), ...
Read moreWe all asked ourselves this at least once: but what is 3D printing for? To many things, including the faithful reproduction of human organs and tissues. Organ donation ...
Read moreEngineers at Monash University have developed a 3D printing technique to create nerve networks using bioinks with live neurons, to emulate the human brain
Read moreThe Terasaki Institute develops a bioink that uses a hormone to promote the growth of 3D printed muscle tissue.
Read moreAn innovative community of 3D printed homes is springing up near Austin, Texas at the hands of a fleet of robots.
Read moreA team of researchers from the University of São Paulo has shown that bio 3D printers can create viable artificial skin for product testing by replacing animals.
Read moreDeakin University experiments with the use of 3D printers to protect the coasts and encourage the growth of mangrove plants in Australia.
Read more3D printing technologies and materials evolve: closer personalized and totally recyclable products... and "subscription" shoes
Read moreVortex Hydrokinetics' SETUR portable hydraulic turbine generates energy without the use of blades. Here's how it works.
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