Optimize Powder-Based Additive Manufacturing with GeoDict
Simulate Powder Behavior and Material Properties Before You Print
Additive manufacturing success depends heavily on powder properties and microstructure. GeoDict by Math2Market offers a powerful digital environment to analyze and optimize powder-based AM processes—especially Powder Bed Fusion (PBF) and Binder Jetting.
From powder flowability to sintering behavior and final part performance, GeoDict allows you to simulate and evaluate every step virtually, helping you reduce development time and minimize failed builds.
From Powder to Performance—Digitally
With GeoDict, you can work with real 3D micro-CT data or create synthetic powder beds with defined particle sizes, shapes, and distributions. This enables a realistic, physics-based understanding of how powders behave before and during processing.
Key capabilities include:
- Powder structure generation and visualization
- Evaluation of packing density and homogeneity
- Simulation of consolidation and sintering
- Microstructure-based property prediction
Explore Better AM Outcomes with Digital Simulation
With GeoDict, you can turn powder analysis into a strategic advantage. Whether you are developing new powders or optimizing existing processes, our team is here to support your additive manufacturing innovation.
Contact us today to request a personalized consultancy.
What You Can Simulate with GeoDict
✔ Powder distribution and density
Analyze how particle size, shape, and orientation influence local and global packing density.
✔ Sintering and structural changes
Simulate how particles fuse and densify during thermal or chemical consolidation steps.
✔ Material property evaluation
Predict final mechanical, thermal, or transport properties based on the microstructure formed after manufacturing.
✔ Process-induced anisotropy
Understand how the building direction and powder arrangement affect directional properties.
These simulations allow you to explore multiple design and process variations virtually, without wasting time or materials.
Applications in Powder-Based AM
GeoDict is ideal for R&D teams working with:
- Powder Bed Fusion (PBF)
- Binder Jetting
By offering precise control and in-depth analysis of powder morphology, packing, and sintering, GeoDict enables deeper understanding and optimization of printed part quality and consistency.
🚀 Why Use GeoDict in Additive Manufacturing?
🔬 Microstructure-resolved modeling: Gain insight into the internal structure that determines performance.
⚙️ Virtual process optimization: Reduce trial-and-error and speed up your workflow.
📉 Cut material and energy costs: Simulate multiple powder variants and print conditions before physical testing.
🧑🔬 Validated by experts: Trusted in academic and industrial research settings.