Researchers at TU Wien wanted to create magnets with exactly the right magnetic field for a particular application. Their solution? 3D printing of magnets. Previously, it has been difficult to produce ...

Compared with the very early days of 3D printing, it’s now possible to use additive manufacturing to print using an extraordinary breadth of materials. One filament type which has remained largely ...

Magnets are typically made via a costly injection molding process. Scientists, however, often just need a few of them in specific shapes. Thankfully for them, an Austrian team has developed a method ...

Additive manufacturing can turn everyday magnetic material into alternatives for expansive rare-earth magnets. Engineers at the Amess Laboratory’s Critical Materials Institute used laser 3D metal ...

(Nanowerk News) Physicists at the Ural Federal University (UrFU, Ekaterinburg, Russia) will print unique magnets, magnetic systems, soft magnetic elements with a 3D printer. Samples made with this ...

A magentic cup-like shape, created in the 3D-printer. Vienna University of Technology 3D printing can solve a predicament when it comes to building strong magnets: how to build permanent magnets with ...

In a paper published in Scientific Reports, scientists at Oak Ridge National Labs present 3D printed permanent isotropic magnets that use rare earth metals recycled from computer hard drives. The ...

This is magic, big news, both, or neither. It’s so exciting to see magnets behave in this bizarre and wonderful way that we think it’s hard to forecast where this will go. Shown above is a pair of ...

The magnet alloy is composed of cerium – a less expensive and more plentiful rare earth – cobalt, iron, and copper. The researchers produced a range of compositions in samples that were printed using ...

Physicists at the Ural Federal University (UrFU, Ekaterinburg, Russia) will print unique magnets, magnetic systems, soft magnetic elements with a 3D printer. Samples made with this printer can be ...