News and Insights of 3D Printing and Manufacturing
Oerlikon, GE Additive, engineering company Linde and the Technical University of Munich (TUM) have announced that they will be creating an open additive manufacturing cluster that will focus on the research and development of additive manufacturing technologies. The cluster, announced in the context of the Munich Technology Conference (MTC3), will be based out of a single hub in Bavaria.
Siemens and Materials Solutions (a Siemens business) have opened a new, 17,000 square foot innovation center in Orlando, Florida. The state-of-the-art facility will offer a combination of design and manufacturing solutions, utilizing advanced robotics, rapid prototyping, on-site metal additive manufacturing, scanning and digital tools to primarily serve Siemens’ energy businesses. Materials Solutions will also leverage the facility’s resources to offer additive manufacturing services to external customers.
3D printers 3D printing 3D printers—it’s really happening. And while it’s not an entirely new phenomenon, we do now have more details about how HP is not only utilizing its own Jet Fusion systems to 3D print parts for new machines but how this production approach has saved the company time and resources.
While the worlds of space travel and bioprinting have been intertwined for some time, they are both now colliding with the world of artificially grown meat. That’s right. Meat has been bioprinted in space.
EOS GmbH, a Germany-based leader in industrial additive manufacturing, has announced the appointment of a new CEO, Marie Langer, the daughter of EOS founder CEO Dr. Hans J. Langer. The change in leadership is part of the company’s management restructuring plan, which aims to underscore the Langers’ commitment to the company and its technologies while positioning the company for continued growth and evolution.
Stratasys has introduced a new 3D printer model, the J750 Digital Anatomy system, targeted squarely at the medical industry. The 3D printer leverages the company’s existing multi-material PolyJet 3D printing technology to produce 3D printed anatomical models that are ultra-realistic in terms of feel, responsiveness and biomechanics.
Last week, 3D printer manufacturer RIZE became the first company to attain UL 2904 GREENGUARD certification for its RIZE One 3D printer. The certification, which addresses 3D printer particle emissions and safety, followed a multi-year study conducted by the Georgia University of Technology and UL, a leading global safety science company. Now, the Georgia University of Technology has revealed more about the findings of the study and the impact that 3D printing could have on indoor air quality.
Stratasys has introduced a new 3D printer model, the J750 Digital Anatomy system, targeted squarely at the medical industry. The 3D printer leverages the company’s existing multi-material PolyJet 3D printing technology to produce 3D printed anatomical models that are ultra-realistic in terms of feel, responsiveness and biomechanics.
In many industries, one of the hurdles to the adoption of additive manufacturing is knowing how and when to implement the technology. Fortunately, this particular challenge is being addressed by a handful of software developers which are offering analytical tools to help companies determine which parts are best suited for AM production. One of these companies is Castor, an Israel-based startup that has developed a software platform that enables companies to optimize AM adoption.
The increasing variant intensity in small series, the reduction in the time-to-market in development, and the demand for material efficiency are all opportunities for introducing metal 3D printing in the automotive industry. This is why the EDAG Group, the world’s largest independent engineering service provider for the automotive industry, and nine leading partners, are carrying out the StaVari research project into a fully integrated process chain for the additive manufacture of complex components using an innovative steel grade.