Uploaded August 2026 | Updated September 2026, 1 week ago
Finding optimal parameters for new materials or parts in additive manufacturing requires a massive investment in both time and money, with qualification and certification often taking years. Due to the need for extensive testing, DOEs can often exceed hundreds of trials, multi-week timeframes for each iteration, and a lot of guesswork.
In this webinar we present the latest updates to FLOW-3D AM providing a streamlined workflow to predict process windows and optimize parameters based on your specific targets. Capturing defects where they start, FLOW-3D AM predicts porosity driven by keyhole instabilities or lack of fusion, metal ejection and mass loss from vaporization. With better understanding of laser-material interactions at the melt pool and during solidification, engineers will be able to:
Find process windows faster by leveraging optimization
Resolve defects using physics-based decision-making
Reduce time to market through more efficient development
Learn more about FLOW-3D AM's modeling solutions at flow3d.com/am
Finding optimal parameters for new materials or parts in additive manufacturing requires a massive investment in both time and money, with qualification and certification often taking years. Due to the need for extensive testing, DOEs can often exceed hundreds of trials, multi-week timeframes for each iteration, and a lot of guesswork.
In this webinar we present the latest updates to FLOW-3D AM providing a streamlined workflow to predict process windows and optimize parameters based on your specific targets. Capturing defects where they start, FLOW-3D AM predicts porosity driven by keyhole instabilities or lack of fusion, metal ejection and mass loss from vaporization. With better understanding of laser-material interactions at the melt pool and during solidification, engineers will be able to:
Find process windows faster by leveraging optimization
Resolve defects using physics-based decision-making
Reduce time to market through more efficient development
Learn more about FLOW-3D AM's modeling solutions at flow3d.com/am
