When it comes to printing SLS and MJF parts, creating an optimized build platform is crucial, and AM software can have a big hand in helping operators do so. Discover why nesting parts as quickly and effectively as possible is essential and how you can achieve it in your production.
The implementation of standards has greatly transformed the way numerous industries work. And now is the time to implement a standard machine language in the additive manufacturing industry. We are working together with OEMs to push forward this initiative and are already seeing the benefits with our first software project of this kind: machine monitoring.
The resources that your company uses should be used to their full potential so that you get your money’s worth. In this post, we share four ways to ensure that you’re benefiting from all of the capabilities and support that your additive manufacturing software has to offer.
During the COVID-19 pandemic, it’s necessary for people all over the world to work from home or practice social distancing. But that doesn’t mean that working with AM has to be less productive. Here are our tips for using AM software to maintain productivity during this difficult time.
As a writer who recently joined Materialise with no prior experience in 3D printing, I was curious to join the Masterclass in Metal AM. I had heard talk of the specific processes that Metal AM called for, such as heat treatments and melt pools, and I was ready to learn more about what working with Metal 3D Printing is like. I joined a diverse group of participants from various backgrounds to discover firsthand how the Masterclass in Metal 3D Printing benefits attendees.
Beta testers have already been testing out the lightning-fast new features introduced in the newest version of Magics, Magics 24. These top five new updates accelerate the productivity of AM users — discover what these tools are and how they’re improving data preparation.
In this interview, we talk to Jurgen Roekens, Materialise’s Design and Engineering Director, about how the Design for Additive Manufacturing (DfAM) process helps his clients produce exactly the right engineering solution that adds value in many different ways.
The GE9X, the largest jet engine in the world developed for Boeing’s next-generation 777X jets, took its maiden flight on the GE flying testbed in March 2018. Discover how its crucial 3D-printed turbine parts were created using Materialise software solutions, and how these same solutions can power certified series manufacturing in Industry 4.0.
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.
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.