We’re passionate about innovation at Velo3D, and that passion extends to the qualified materials supported by our end-to-end metal additive manufacturing (AM) solution. Of course, it remains our goal to help engineers leverage our technology to overcome the many...
For too long, aerospace has encountered countless barriers to entry in metal additive manufacturing. But what are those barriers? And how have legacy AM technologies failed to address the unique needs of the aerospace industry? Our latest infographic breaks it all...
When we talk about metal additive manufacturing (AM) in parts production, oftentimes we wind up discussing this emerging technology as a disruption to the old ways of manufacturing. Legacy production methods like brazing, welding, and casting represent the “old...
If you’ve spent any time exploring the possibilities of metal additive manufacturing (AM) technology you’ve likely learned that it often falls short of expectations. This is especially troubling for those of you operating in the aerospace and defense industries, where...
Did you know a typical airliner can have as many as six heat exchangers per engine and up to 20 heat exchangers per aircraft? It’s no wonder then that aviation and aerospace rely heavily on heat exchangers to function. If a mechanical or electronic system produces...
![Additive Manufacturing in Aerospace [Infographic]](https://velo3d.com/wp-content/uploads/2021/08/Infographic-V1.png.webp)
