When preparing a metal 3D print, the difference between success and failure often comes down to the build setup.

In laser powder bed fusion (LPBF), every choice in orientation, support placement, and part layout directly affects print quality, machine uptime, and even operator safety. A well-prepared build minimizes residual stresses, improves surface finish, and reduces the risk of recoater crashes or build failures. This is especially true for entry-level systems like the One Click Metal MPRINT, where ease of use is balanced by the need for best practices in setup.

Join TriMech Applications Engineer, Andrew Miller, as we dive into the fundamentals of LPBF build prep and layout strategies. We’ll cover why minimizing XY cross-sectional area, even at the expense of added Z height, can improve thermal stability, how to orient parts with the recoater blade in mind, and when supports act as thermal conduits as much as structural anchors. You’ll also learn practical tips for staggering multiple parts, avoiding recoater collisions, and improving overall build reliability. Whether you’re new to LPBF or looking to refine your current workflow, this session will give you a practical playbook for getting the most out of your metal LPBF system.

In this LPBF Build Preparation webinar, you will learn:

• Learn why thermal management is central to LPBF success and how part orientation impacts heat flow

• Tips for reducing post-processing by planning support locations strategically

• Recognizing “red flag” part orientations that increase recoater collision risk

• Gain practical setup tips to reduce build failures and improve overall efficiency