RapidFit introduces a modular system based on 3D Printing for faster time-to-market and lasting cost reductions in automobile development.

RapidFit introduces a modular system based on 3D Printing for faster time-to-market and lasting cost reductions in automobile development.
A cooperation between research and industry successfully improves resin-based 3D printing.
The use of Polyjet 3D printing technology to fabricate novel complex and architected lightweight cellular co-continuous composites has been proposed.
Professor Yingfang Ao from Peking University Third Hospital, Haifeng Chen from Peking University, and colleagues use 3D printing to generate a silk fibroin/gelatin scaffold for knee cartilage regeneration.
Parametric modeling tools from the architectural design world are combined with 3D printing and material testing technologies from materials science to populate gaps in anatomical space.
A combination of 3D printing and electrospinning can be used for micropatterning fibrous scaffolds that are suturable, porous, and biodegradable.
A biocompatible polyacrylate network for the build-up of artificial tissues is created by a 3D printing process.
Monarch butterflies have inspired the design of 3D-printed robotic wings that rely on magnetic fields to generate their delicate movements.
A new material designed to dissolve only in salt water could help us prevent the accumulation of microplastics in the seas.
Mimicking one of the body’s most complex organs isn’t easy, but researchers are making progress.