Powder agglomeration and segregation are two of the most critical challenges in additive manufacturing material preparation. By optimizing particle properties, controlling environmental conditions, and using advanced 3D motion mixing technology, these issues can be significantly reduced.
Category Archives: Mixing
Traditional powder mixers such as V-blenders or drum mixers can struggle to maintain homogeneity when working with fine powders, low-dose APIs, or cohesive particles. For research laboratories and formulation scientists, a 3D Shaker Mixer has become an increasingly preferred solution due to its unique three-dimensional motion and high mixing efficiency.
As battery materials become increasingly complex—often involving multi-component systems with large density and particle size differences—powder mixing has become a critical yet frequently underestimated step in laboratory workflows. This article explores common powder mixing challenges in battery research, suitable laboratory mixing methods, and best practices to achieve consistent and reproducible results.