Medicine & TechnologyOtitis media or middle ear infection can now be treated through the help of the microplasma jet array, a device that targets and inactivates bacteria that causes the infection.
New research demonstrates how 3D printing technology could create highly precise and complex microlenses - miniature reflective surfaces whose diameters are just a few microns.
Researchers from the University of Alberta in Canada have devised a 3D bioprinting technique that allows the fabrication of custom-shaped cartilage, like nose cartilage, for use in surgical procedures.
Made from combined alginate derived from seaweed and lung tissue, the bioink allows biocompatible constructs assembling human-sized airways to be 3D printed.
Researchers from the University of Buffalo developed a 3D printing method involving stereolithography and hydrogel materials to increase printing capacity and stabilize organ rendering.
Scientists from the University of Leiden in the Netherlands have 3D printed the world's smallest Star Trek spaceship and a boat that acts as microswimmers.
Scientists have fabricated synthetic soft surfaces, mimicking the texture of the tongue through 3D printing technologies - opening a wide variety of potential applications in food, nutrition, pharmaceutics, and other oral-related studies.
BIQU, the Chinese company that manufactures 3D printer components, announced its own printer with the BIQU BX Direct Extruder FDM 3D printer - the lightest in its class.
Thanks to a team of inventors, people with hearing difficulties might have greatly improved access to custom hearing aids - potentially costing less than the price of a cup of coffee.
Not all food can be effectively used in 3D printers due to temperature-sensitive nutrients like milk. Researchers demonstrate how milk ink can be used for 3D food printing via cold extrusion methods.