3D Printing Research
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Thanks to ridiculously high prices, extra laboratory supplies are often hard to come by. Not anymore! Presenting some of the coolest 3D printed lab equipment.
3D printing electronic components and circuits are becoming a reality. Find out how the process is being used to produce basic electronic components, circuitry, and printed circuit boards.
When it comes to 3D printing, challenges abound in matching the capability of the most advanced magnets produced by traditional methods. Learn all about the possibilities in 3D printed magnets!
A British twenty-year-old underwent surgery to remove a brain tumor and received a 3D printed skull implant after complications.
Recently reefs around the world have been dying off, and it has become apparent that intervention is essential. The below researchers are turning to 3D printing to help in the restoration effort.
Researchers from ETH Zurich have developed an entirely soft artificial heart made with a 3D printing and lost-wax casting technique.
Electrical engineers from the Chemnitz University of Technology have achieved a world first; they've 3D printed a working electric motor from iron, copper and ceramic materials.
A new quarterly report from the organization Women in 3D Printing takes an in-depth look at diversity within the additive manufacturing, focusing on the employment distribution between genders, the different perception on professional opportunity, and the views of women who are pioneering the industry.
Over 100 knot theorists used a Form 2 and an Ultimaker 2 Extended+ to make 3D printed models at the UnKnot Conference at Denison University.
Researchers are developing 3D Forensics technology to capture high-resolution 3D images of shoeprints in snow and soil.
Engineers at Rice University used 3D printers to make theoretical schwarzites into physical structures. Math just got real, people.
CADSkills has developed a titanium 3D printed implant called AMSJI which saves patients from discomfort and speeds up recovery.
A team of surgeons and engineers in the US have used 3D printed femurs for surgery preparation in real world conditions.
Researchers at Harvard and MIT have 3D printed lightweight porous honeycombs with tunable stiffness geometry and density using a ceramic foam.
A new study conducted by UL Chemical Safety and Georgia Institute of Technology found that desktop 3D printers have a potentially negative impact on indoor air quality, identifying a number of particles that are known to be health hazardous.
Researchers from Purdue University have developed a technique that helps 3D printed cement paste become stronger under pressure, making it comparable to high-strength natural materials like the shells of arthropods.