In Simple Terms
The Granodrum is a new machine that helps scientists and engineers understand how powders move. It’s faster and more accurate thanks to advanced technology and artificial intelligence. This helps them make better decisions in industries that use powders, like medicine and manufacturing.
Advanced Powder Flow Analysis
The Granodrum is a cutting-edge device designed to analyze the flow of powders, which are crucial in many industries. This innovative machine, developed by Granutools, represents a significant advancement in the field. It uses a unique rotating drum technology to deliver highly accurate results.
Automation and Precision Upgrades
The Granodrum has been completely revamped with new hardware and software to enhance automation, minimizing the need for human intervention. It features a motorized door and an automated system that handles everything from measurement to report generation in PDF and XLS formats. This automation reduces human error and ensures consistent, high-quality results.
Beyond automation, the new Granodrum stands out for its exceptional precision. It employs a high-resolution camera capturing images at 3088 x 2076 pixels, enabling detailed analysis of powder behaviors. It complies with international standards like ISO/ASTM TR 52952:2023 and ASTM D8648-25, ensuring the accuracy and reliability of its findings.
AI-Powered Analysis
A key feature of the new Granodrum is its integration of artificial intelligence, known as Granulyzer AI. This system simplifies decision-making based on data, even for users without extensive expertise in the field. AI helps analyze data quickly and efficiently, reducing decision-making time and minimizing the risk of errors.
AI assists users in understanding changes in powder behavior under various conditions, such as particle size distribution and environmental factors, enhancing the efficiency of industrial processes that rely on these materials.
Practical Applications in Industry
The new Granodrum is versatile, applicable in a wide range of industrial settings. In additive manufacturing, it helps evaluate the properties of powders used in 3D printing technologies like PBF and Binder Jetting. It also plays a crucial role in the pharmaceutical industry by improving sieving, formulation, and compression processes.
In the battery industry, the device aids in optimizing the behavior of powders used in dry coating processes. Additionally, the Granodrum provides precise data on powder performance, contributing to the development of dynamic simulation models and enhancing digital twin research and development.
Conclusion
With the new Granodrum, Granutools continues to lead innovation in powder flow analysis. This advanced technology offers manufacturers and researchers a faster and more precise way to understand and improve the behavior of powdered materials, paving the way for significant improvements in industrial and research processes.