As if working on one of 2018’s highest-grossing films wasn’t impressive enough, Julia Koerner had another pleasant surprise coming when she heard that Ruth E. Carter had been nominated for the Academy Award for Best Costume Design. And the Oscar win has been the cherry on the cake.
How do you turn a quality policy from an abstract notion into a living, breathing reality? That’s where our quality management team comes in. Meet Eddy Couvreur, learn about his work as a Quality Engineer, and hear the inspiring story of how he started working at Materialise.
The industrial landscape is going digital. By 2020, PwC expects as many as 64% of manufacturing factories to use connected sensors, and expects the number of factories using 3D printing to double. And 2020 isn’t all that far off any longer. So where are we today? For Materialise, the emergence of Factories of the Future is not a phenomenon we’re waiting for. It’s a vision we’re realizing today. And last week, we were proud to be awarded the ‘Factory of the Future Label 4.0’ by Agoria and Sirris, after a rigorous selection procedure. But we’re not going the distance alone. Read on to discover why you can’t be a Factory of the Future in a vacuum.
It’s Monday noon, lunchtime for most of the employees working at Materialise headquarters, but Lies, event manager, is going for a run. And she is not alone! While the smell of international cuisine and sound of conversations fill up the cafeterias, a group of Materialise colleagues heads to the locker rooms to prepare for lunch run.
Sustainability is more than a word for Materialise, it’s a pledge. Our mission to make the world a better and healthier place has been the defining factor of our company from the beginning, and it’s led us everywhere from Medical 3D Printing to social entrepreneurship support.
From medicine to cinema, architecture to automotive, 3D printing has made its presence felt in hugely diverse fields. We collected our best 3D printing blog stories of the year so you can say goodbye to 2018 with some inspiration on what additive manufacturing can do for the world.
3D printing is a slow revolution. But it is a revolution regardless, when you consider what the technology does: saving lives, enabling new business models, redefining how we design products. But none of that happened overnight. The revolutionary nature of 3D printing grew over decades, formed on a foundation of small but valuable steps. So where are today’s trends taking the industry in 2019? We checked in with experts at Materialise, including CEO Fried Vancraen, to find out.
What’s it like to be one of our Medical Application Engineers? In fact, what does that even mean? Materialise Medical spearheads our innovations in Medical 3D Printing, which include software that allows its users to visualize the anatomy of their patients in 3D, create customized 3D-printed patient guides – and even customized 3D-printed titanium implants! Our Medical Application Engineers come in many shapes and forms, and no two days look the same for them. We took a closer look at a normal day for Xavier Mottart, an application engineer for hip and shoulder implants and oncology cases, and Ines Da Silva, team leader of the medical sales application engineering team.
Not everything at Materialise Software is about writing code. A large part of the Software department is devoted to shaping the product and determining which features should be included, based on the feedback from the customers and the market. In this way, our software can keep making the lives of our customers easier, more cost-effective and more efficient. We interviewed two software application engineers to get an in-depth look at what the job is really like. Meet Olga Iatsenko, product application engineer for Materialise 3-matic, and Maarten Brocatus, product application engineer for Materialise e-Stage.
3D Printing is a revolutionary technology, capable of transforming entire industries and challenging our traditional manufacturing processes. Development of new materials, better and faster machines and increased automation provide new impulses to the 3D printing industry and lead to continued innovation. This has helped to position 3D Printing not just as a prototyping technology but as a relevant alternative and complementary manufacturing technology for final products. As a result, we are seeing increased adoption of 3D Printing among industrial manufacturing companies. Leading manufacturers in the automotive, aerospace and consumer goods industry turn to 3D Printing as they recognize the design optimizations it creates in existing vertical applications and the potential to create new and significant business opportunities in new markets.