The motion mode of the three-dimensional swing mixer involves the participation of three main movements: translation, rotation, and flipping. This composite motion mode ensures the high efficiency and uniformity of the material during the mixing process. Specifically, the motion mode of a three-dimensional oscillating mixer can be summarized as follows:
1. Triangular oscillation
Motion description: The mixing bucket undergoes complex movements such as rotation, rolling, translation, and inverted falling while rotating and revolving. This composite motion state is similar to the so-called "TURBULA state", generating an alternating pulse that continuously pushes the material.
Effect: Triangular oscillation helps materials mix in multiple directions in three-dimensional space, avoiding dead corners and accumulation during the mixing process, and improving the uniformity of mixing.
2. Translational rotation
Motion description: The mixing bucket not only rotates around the central axis of the cylinder, but also undergoes up and down movements at both ends of the cylinder, left and right movements at both ends of the cylinder, and translational movements of the cylinder. These movements generate alternating pulses and complex three-dimensional movements of the material inside the mixing drum.
Effect: The translation and rotation further promote the cross mixing between materials, enhance the flow and diffusion of materials, and ensure that the materials reach uniform mixing in a short period of time.
3. Rolling and blending
Motion description: The mixed material undergoes a back and forth mixing motion with the rotation and flipping of the drum, as well as the swinging of the mixing barrel. The combination of multiple movements results in multi-directional mixing of materials during the mixing process.
Effect: Rolling and blending movements further improve the mixing effect, avoiding the phenomenon of specific gravity segregation and accumulation of materials due to centrifugal force, and ensuring the quality of the mixture.
4. Spiral discharge
Features: The discharge part of the mixing bucket is equipped with spiral blades, which enables the mixer to quickly and conveniently discharge after mixing is completed.
Effect: Spiral discharge not only improves discharge efficiency, but also avoids material blockage and residue during the discharge process, ensuring the cleanliness of the mixer and the smooth operation of the next use.
In summary, the three-dimensional swing mixer achieves efficient and uniform mixing of materials in three-dimensional space through various motion modes such as translation, rotation, flipping, and spiral discharge. This type of motion has enabled the three-dimensional swing mixer to be widely used in industries such as pharmaceuticals, chemicals, and food.