Insights
Chromatic unveils new line of RX-Flow large-format 3D printers Decision Makers
Chromatic 3D Materials is launching RX-Flow™, a new line of 3D printers for reactive extrusion additive manufacturing with thermoset polyurethanes. Designed for development work and low-volume industrial production, RX-Flow™ printers are a low-cost option for manufacturers interested in testing and implementing industrial 3D printing with more durable, flexible materials than are available with FDM, SLA, and other 3D printing technologies.
News
Follow us on Social Media
Popular Posts
Category
We realize your creation
FacFox provides one-stop solution with comprehensive on-demand manufacturing capabilities and data-driven analysing technologies, see our available service, feel free to reach us to realize your creation!
Most Viewed
Chevrolet racing adopts 3D printed parts to support over 80,000 miles of racing Additive Manufacturing
In yet another example of additive manufacturing in the automotive sector, Chevrolet announced that its 3D printing racing program supported over 80,000 miles of racing. This milestone is indicative of the competitive and manufacturing efficiency derived from AM products. Chevrolet’s announcement pairs with this Network’s recent reporting on Team Penske’s and Oxford Brookes Racing’s implementation of AM parts in their race cars.
12 Chinese Resellers of the EnvisionTEC 3D Bioplotter Meet at GDI Bioprinting
On 10th August, Shanghai Graphic Digital Information Co., Ltd. (GDI) and EnvisionTEC GmbH co-organized the first EnvisionTEC 3D Bioplotter resellers’ meeting holding at GDI Headquarters.
3D Printlife will resell Filamentive recycled filaments in the US AM Industry
Filamentive, a UK based pioneer in recycled 3D printing materials, is partnering with 3D Printlife to make its filaments available for purchase in the US with same day domestic shipping.
Renault F1 Team heads to the finish line with Jabil 3D printing support AM Industry
Manufacturing services company Jabil has entered into an agreement with Renault F1 Team to accelerate the development and delivery of 3D printed parts for the Renault R.S. 19 race car. The vehicle now competing in the 2019 Formula One World Championship, and, despite a fairly disappointing result in Monaco (9th place), it could get the competitive edge it needs thanks to 3D printed parts.
UK’s MTC purchases Nano Dimension LDM electronics 3D printer Electronics
Nano Dimension Ltd. announced today that the Manufacturing Technology Centre (MTC) became the first R&D facility in the United Kingdom to purchase Nano Dimension’s DragonFly LDM precision additive manufacturing system for electronics. MTC will use the cutting-edge Lights-Out Digital Manufacturing System to additively build electronic components, such as multi-layer printed circuit boards (PCBs), antennas and sensors. This sale demonstrates the growing interest among UK and European R&D institutions in the DragonFly LDM technology as a viable means to bring next generation electronic products and solutions to market.
Nissan delights Star Wars fans with 3D printed Millennium Falcon-inspired show vehicle Additive Manufacturing
In a galaxy not so far away—well, Hollywood—Solo: A Star Wars Story made its screen debut last week. Not only did the world premiere event bring together high profile stars from the sci-fi franchise, but one of Star Wars’ most iconic spaceships also made an appearance, courtesy of automotive company Nissan.
Watch the 3D Printed Floraform Chandelier by Nervous System Grow (Video) AM Software
The Floraform Chandelier was created for Artists & Robots, an exhibit running from June 10 to September 10, 2017 as part of the World Expo in Astana. This is the largest 3D-printed piece that Nervous System has made to date. Spanning 3.6 feet, the Floraform Chandelier is an undulating flower-like surface composed of ten branching structures made of 3D-printed nylon. The large yet airy design casts a dense forest of shadows that envelop the viewer in an environment of algorithmically grown plant forms.
Human 3D Blood-Vessel-On-a-Chip Model Shows Cell Migration for Fibrotic Diseases Bioprinting
A team of scientists at the Wyss Institute at Harvard University and Boston University has created a 3D blood-vessel-on-a-chip model to investigate endothelial barrier failure, and found that inflammation disrupts the connections between endothelial cells and mural cells, causing the mural cells to retract or even detach from their usual position surrounding blood vessels and leading to further leakage.
