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Top 5: How Do Concrete 3D Printers Work?
Now that another week has come to an end and the next one is starting, once again we want to showcase the best 3D printing videos that came out. This time, start with a 3Dnatives original as we take a…
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Now that another week has come to an end and the next one is starting, once again we want to showcase the best 3D printing videos that came out. This time, start with a 3Dnatives original as we take a closer look at how exactly concrete 3D printers work. Next, let’s go to infinity and beyond with Relatively Space as they show how important DfAM is for creating 3D printed rocket engines. After that, we show a practical application for concrete 3D printers, with the first 3D printed house in Columbus, Ohio before learning more about how Shape Corp is using 3D printing for better welding. Finish it up with a look into the future as 3DXTECH tells us about their vision for additive manufacturing and their project with Automation Alley. Happy watching and have a great weekend!
Top 1: Concrete 3D printers
It seems that we cannot go one week without a story about how 3D printing is being used in the construction industry. Additive manufacturing is being used to create more affordable, creative housing. But how are they doing this? Well, the key is concrete 3D printers which are able to create houses that meet stringent requirements. In this video, 3Dnatives takes a closer look at how exactly companies are developing concrete 3D printers as well as how they work.
Top 2: Relativity Space Show DfAM for Rocket Engines
At this point, who hasn’t heard of Relativity Space? The company has quickly grown from a small startup to one of the leaders in the creation of 3D printed rockets, with their own solution being tested just last year. And now you can also see how they make 3D printed engines in their latest video in the “Since You Asked” series. Here, engineer Dan Christensen breaks down DfAM and how they use it in the creation of these engines in only three months (from design to testing).





