Enhancing materials design through virtual experimentation
PowderLab helps accelerate material innovation and cut development costs by running accurate virtual experiments on sintered powder materials.
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PowderLab helps accelerate material innovation and cut development costs by running accurate virtual experiments on sintered powder materials.
Contact UsPowderLab is a powerful digital tool that simulates sintering and mechanical behavior of powdered metals using minimal experimental input.
Our fast physics-based sintering model reveals how powder size or sinter cycle affect final porosity.
By calibrating our model with just one stress-strain curve, you can explore how changes in density affect performance without the time or cost of repeated lab trials.
Upload your experimental data
Simulate new powder and process combinations
Optimize materials faster and more sustainably
Export the resulting curves for use in any FEM software
At PowderLab, we believe the future of manufacturing lies in precision, sustainability, and speed.
Our mission is to support materials scientists, engineers, and product developers in the sintering industry with targeted simulation tools that eliminate unnecessary trial-and-error, reduce the number of physical experiments, and open up new frontiers in powder-based technologies.
Powder metallurgy carries great potential for sustainable manufacturing, waiting to be unlocked with improved simulation tools. Imagine a world where better predictive results from fewer experiments enable the adoption of powder technology for more and more applications.
We're building that future — one stress-strain curve at a time.
See how PowderLab can transform your workflow
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