In order to promote the research and development of advanced materials, especially the improvement of metal powder processing technology, the Advanced Manufacturing Laboratory of a German university recently completed the purchase of a key granulator equipment. The institution selected the CEL01 series 1-liter laboratory small granulator (Lab Small Granulators) produced by Co-nele, aiming to significantly improve its experimental capabilities in the controllable granulation of metal powders.

The granulation process of metal powders is crucial for subsequent molding, sintering and application performance. Traditional granulation methods often make it difficult to accurately control the particle size and distribution of the final particles, which is a key requirement in many cutting-edge research fields (such as 3D printing metal powders, powder metallurgy, catalytic materials, etc.). Co-nele's CEL01 series laboratory small granulator is designed to solve this precision control problem.

The core advantage of the CEL01 series laboratory small granulator equipment purchased this time is that it can achieve accurate and flexible control of the particle size of the spherical particles. The equipment has advanced process parameter adjustment capabilities and precise control systems, allowing researchers to stably prepare spherical metal powder particles of different scales from micrometers (µm) to millimeters (mm) according to experimental needs. This "full-scale" granulation capability has greatly expanded the experimental boundaries of research institutions, enabling them to:

In-depth study of granulation mechanisms: Systematically explore the effects of different particle sizes on metal powder fluidity, bulk density, sintering behavior, etc.