News and Insights of 3D Printing and Manufacturing
Russian scientists, together with their colleagues from Israel and the United States, plan to send muscular tissue biomaterials to the International Space Station (ISS) in September for a bioprinting experiment. They will be using 3D Bio’s Organ-Aut bioprinter which was sent up to the ISS late last year.
Italian 3D printing company Roboze will be showcasing its Xtreme 3D printer series in the United States for the first time at RAPID + TCT in Detroit from May 20-23. The 3D printer series, which made its debut at Formnext 2018, comprises the ROBOZE One Xtreme and the ROBOZE One+400 Xtreme desktop/production solutions. In addition to presenting its new 3D printing hardware for the first time in the U.S., Roboze has also hinted it will be lifting the veil on some exciting news at the major additive manufacturing event.
The satellite world is undergoing a massive upheaval. Thanks to advancements in computing and new manufacturing techniques, even spacecraft with the most critical responsibilities are becoming smaller and more inexpensive. As a result, satellite owners are building them faster and in greater quantities than ever before. Launch service providers like Virgin Orbit are working to build vehicles that can match this rapid evolution — which means they must continuously explore and implement new techniques, tools and materials.
Spanish manufacturing company Dynamical Tools has rebranded itself as Dynamical 3D and launched three independent branches all geared towards the additive manufacturing market. The three branches include Dynamical Tools, Dynamical Materials and Dynamical Printing. Together, the three divisions will offer a complete 3D printing solution to Dynamical Tools’ global clients.
Despite a fire at the Jerez circuit in March that destroyed many MotoE motorcycles and equipment, things are back on track for the Energica Motor Company and the FIM Enel MotoE World Cup, thanks in part to CRP Technology’s additive manufacturing know-how.
Consumer applications have long been the Achille’s heel of additive manufacturing but all that may now be set to change. With the potential to generate as much as $6.3 billion per year within a decade, according to the latest report from leading market research firm SmarTech Analysis, footwear industry AM will drive radical changes in how consumer products are made. In fact, a growing number of applications are emerging within the different areas of footwear production that increasingly justify the use of more automated, digital and additive technologies.
Sneaker News is reporting that adidas is about to launch a new version of its Alphaedge 4D sneakers, yes the ones that sport 3D printed midsoles. The modified part is not expected to be in the midsoles as much as in the upper part of the sneaker.
3DXTech, a leading Michigan-based producer of high-performance filaments for industrial 3D printing applications is now releasing its own high-temperature 3D printer. The company is introducing the new Gearbox HT2, a PEKK and PEEK ready system designed to its own specifications.
To kick off our women in AM focus series this month, we spoke to Lee-Bath Nelson, co-founder of LEO Lane, a well-known provider of security and intellectual property (IP) protection solutions for the AM industry. The Israel-based company, founded in 2014, enables manufacturers to not only protect their IP for additively manufactured (AM) parts but to control the use of digital assets, helping to make AM a viable manufacturing solution for industrial applications.
Global science company Royal DSM has announced a new partnership with CEAD, a Dutch company specializing in 3D printing large-scale fiber-reinforced thermoplastic structures. Through the collaboration, DSM and CEAD will advance Fused Granulate Fabrication (FGF) technology and materials with the aim of creating new applications for the platform in the production of tooling and end-use parts.