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Combining decades of experience in scientific instrumentation with fundamental research on powder characterization, Granutools instruments and services are here to help you with all processes and developments involving powders.
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Investigating the Flowability of Metal Powders Using an Automated Rotating Drum Method
Characterizing Powdered Spices to Improve Processability
Investigating Powder Electrostatics in a Laser Metal Deposition Process
Packing Dynamic of Metal Powders in Additive Manufacturing
Linking Powder Rheology Characterization to Spreadability in Powder Bed-Based AM
Effect of Recycling on the Spreadability of Metallic Powder
Metallic AM Powders Thermal Degradation: Influence On Spreadability, Packing Dynamics and Electrostatics
Powder Characterization for Additive Manufacturing
Are Spray Dried Powders for the Misinformed?
Influence of Humidity and Electrostatic on Powders Surface Properties
How Powder Flow Characterization Can Optimize Workflow in the Additive Manufacturing Process
Virgin and Recycled Powders: Cohesion and Electrostic Behavior Linked to its Chemical Composition
Aging Characterization of Polymer Powders in Additive Manufacturing
Understanding Powders Spreadability for a Recoater Process in Additive Manufacturing
A Comparison of the GranuPack and Densi-Tap
AM Powders Flowability and the Influence of Particle Size Distribution and Shape
Importance of Powder Flow Characterization for the Industrialization of Additive Manufacturing
The Importance of Pharmaceutical Powder Characterization
The Importance of Powder Characterization for Additive Manufacturing
High-Resolution Angle of Repose Analyzer – GranuHeap
High-Resolution Tapped Density Analyzer – GranuPack
Rheometer for Powder for Dynamic Angle of Repose Measurements – GranuDrum
Powder Electric Charge Analyzer – GranuCharge
Automated Measurement of Powder Flow Rate Through Aperture – GranuFlow