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In our previous article about Additive Manufacturing, we discussed the post-processing challenges associated with metals produced using LPBF-type techniques. In this article we will talk about the issue of in-process cracking as it is a significant concern in the context of 3D printing of metals. Heat Cycles During the laser melting process in a 3D

Although Additive Manufacturing has been widely known and used in the industry for many years now, the long-awaited breakthrough still remains elusive. Why? Well, there are a few reasons for that. In this article we will touch on one aspect: post-processing. Let’s consider AM metal printing with LPBF (Laser Powder Bed Fusion) type of manufacturing

In our previous article, we delved into the topic of metal heat treatment. In that context, we touched on the deterioration of mechanical strength that heat-treated steels, such as maraging steels, undergo when exposed to high temperatures within die casting processes. However, die casting is not solely influenced by temperature; it also involves intricate thermo-chemical

In our previous article about Additive Manufacturing, we discussed the cracking phenomenon associated with metals produced using LPBF-type techniques. We pointed out, the process of heating and cooling plays a pivotal role in the cracking process and that it shapes a metal’s microstructure, consequently influencing its thermo-mechanical properties. In this article we will talk about