In depth analysis of the mixing principle of SMIDA planetary centrifugal mixer

The key to understanding the powerful performance of SMIDA planetary centrifugal mixer lies in its ingenious mixing principle.
When the mixer is running, the mixing container rotates along with the mixing bracket while revolving. The revolution causes the material to be subjected to centrifugal force inside the container, pushing it from the edge towards the center; Rotation allows the materials inside the container to be directly stirred and sheared. These two movements work together to form a complex and efficient material flow pattern inside the container, enabling the material to complete mixing and defoaming.
Summary: The combination of revolution and rotation creates an efficient material mixing mode.

This unique mixing principle enables materials to be uniformly mixed in a short period of time. Whether it's high viscosity materials or mixtures of materials with different densities, SMIDA planetary centrifugal mixers can easily handle them. It breaks the limitations of traditional mixers in mixing complex materials and brings new solutions to many industries.
Summary: The unique principle enables it to excellently complete the mixing task of various complex materials.

With this advanced mixing principle, SMIDA planetary centrifugal mixers have demonstrated strong competitiveness in the market and become a powerful assistant for many enterprises to improve production quality and efficiency.