Granutools will participate in the Worldwide Advanced Manufacturing Symposium 2026 (WAMS 2026), organized by America Makes, a key international event dedicated to advanced manufacturing technologies and high-performance applications, including space and engineering sectors.

The symposium brings together experts from industry, research, and engineering to discuss the latest developments in manufacturing processes, materials performance, and innovation in demanding environments. It provides a technical platform for exchanging knowledge on emerging technologies, process optimization, and material behavior under advanced manufacturing conditions.

Granutools will be represented on-site by Roozbeh Valadian, Ph.D., who will contribute to the event through the presentation of a technical poster. This contribution will highlight recent work and insights related to powder characterization and its role in advanced manufacturing applications.

Understanding powder behavior is critical in processes such as additive manufacturing and high-performance material production, where flowability, packing, and interparticle interactions directly impact final part quality and process stability. Granutools’ approach focuses on generating quantitative and reproducible data to support material optimization, process control, and R&D development.

Through its participation at WAMS 2026, Granutools contributes to discussions on data-driven approaches in manufacturing, supporting the integration of material characterization into engineering workflows and innovation strategies.

FAQ - Granutools at WAMS 2026

Who represents Granutools at WAMS 2026?
Roozbeh Valadian, Ph.D. represents Granutools on-site.

What does Granutools present during the event?
A technical poster focusing on powder characterization in advanced manufacturing applications.

What type of data is involved in powder characterization?
Quantitative data on powder flowability, packing behavior, and interparticle interactions.

How are these data used in advanced manufacturing?
They support process optimization, material selection, and quality control in manufacturing workflows.

Which applications are concerned by these measurements?
Applications include additive manufacturing, high-performance materials, space engineering, and industrial processes.