Traditionally, developing material parameters through a Design of Experiment (DOE) has been a slow, manual, error-prone, and costly endeavor.
Current methods for assigning parameters based on feature characteristics are limited, typically distinguishing only between downskins and upskins. Achieving precise control often requires splitting the part into multiple bodies, painstakingly reassembling them in build preparation, and then assigning different build parameters to each—an impractical and time-consuming process. For overhangs at angles under 40°, support structures are needed to prevent sagging or dross. However, adding supports alters print dynamics, affecting thermal properties, build times, and material consumption, and necessitates removal through post-processing.
Discover how Elementum 3D harnessed the advanced tools of Dyndrite LPBF Pro to push the boundaries of parameter development. They achieved groundbreaking results, including the creation of support-free parameters for overhangs under 15° and the automation of the entire design study process.
Download the PDF to learn how Elementum 3D managed to:
Save a significant amount of time,
Develop superior print parameter settings,
Eliminate support structures for parts down to 15°
The only question remains… What can YOU achieve with Dyndrite LPBF Pro?
