3D Printing

MX3D has finally realized its ambitious plan to install the world's first 3D-printed steel bridge over a canal in Amsterdam. The public bridge features integrated sensors to collect data on its structural integrity, crowd behavior, and more.

Orange peels certainly are compostable, but Milan-based startup Krill Design has come up with an interesting alternative use for them. The company is incorporating orange waste into its 3D-printed Ohmie lamp, which is currently on Kickstarter.

For some time now, we've been hearing about scaffolding-like implants that encourage bone tissue or cartilage to grow back into areas where it's missing. Now, scientists have developed a method for more quickly and easily 3D-printing such implants.

Thanks to a steady rise in vinyl sales of late, turntables are returning to the living room hi-fi setup. But if you're a maker looking for something a bit different, Frame Theory 3D has just launched a 3D-printable turntable kit on Kickstarter.

The University of Alberta has developed a new technique for 3D printing cartilage in custom shapes. This can be used to repair the noses of skin cancer patients, saving them the trouble of having cartilage samples taken from other parts of the body.

The ivory trade has been banned for over 30 years now, which means that technicians restoring ivory artifacts have to get creative in finding alternative materials. A new 3D-printable substance known as Digory appears to fit the bill nicely.

When objects are being 3D printed, they often have to include supportive structures that are subsequently discarded. A new print bed, however, is designed to eliminate the need for such structures, thus reducing both waste and printing time.

On most consumer 3D printers, the print head moves by sliding horizontally along rails, and vertically along rods. The Plybot is different, though, in that it "holds" its head in two robotic arms.

Holograms are one of those sci-fi promises that always seem to remain just out of reach. Now a former MIT Media Lab researcher is crowdfunding a desktop 3D hologram printer that can create images that pop out in 3D, and even appear to move.

Ordinarily, if you want to change the shape in which an object is 3D-printed, you have to alter the computer model that tells the printer what to do. A new and simpler technique, however, allows the printer to initiate the changes itself, as the print job is in progress.

As a seedling matures into a tree, its trunk and branches become stiffer and stronger. Scientists have now replicated this effect in a photosynthesis-assisted 3D-printing ink, made partially from spinach.

The embedding of fibers within 3D-printed objects can be used to add properties such as electrical conductivity or extra strength to those items. Now, a shape-changing print nozzle has been developed to vary the orientation of those fibers – as the printing is in process.