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What are the differences between the principle of a 3D motion mixer and a traditional rotary mixer (V-type mixer)?
Date: 2022-05-24Read: 9
  3D motion mixerDuring operation, due to the multi-directional movement of the mixing barrel, various materials are accelerated in flow and diffusion during the mixing process, while avoiding the phenomenon of material density segregation and accumulation caused by centrifugal force in general mixers. Mixing * can effectively ensure better quality of mixed materials. This machine is mainly used for material mixing in industries such as pharmaceuticals, chemicals, and food. Suitable for mixing particles or powders, suitable for mass production.
  3D motion mixerIt consists of a machine base, transmission system, electrical control system, multi-directional motion mechanism, mixing bucket and other components. The mixing bucket that comes into direct contact with the material is made of stainless steel material, and the inner and outer walls of the bucket are polished. Below, the editor will briefly introduce to youThe principle of three-dimensional motion mixer and traditionalWhat are the differences between a rotary mixer (V-type mixer)?
The principle of this machine is not exactly the same as the traditional rotary mixer (V-type mixer). It performs translational, rotational, and rock movements in three-dimensional space, causing the material to be in a complex motion state of "rotational flow translational inverted falling" inside the mixing cylinder, generating an alternating pulse that continuously pushes the material; The turbulence generated by motion has a changing energy gradient, resulting in different motion states of each particle in the mixed material. Each particle constantly changes its position in frequent motion diffusion, producing a satisfactory mixing effect.