Three-dimensional Mixer

Product Description

The 3D mixer, by means of dual-axis or multi-axis drive, enables the container to perform a compound motion of tumbling, translation and rotation in three-dimensional space. This allows the materials inside the cylinder to form irregular spiral trajectories through diffusion, convection and shearing effects, thereby efficiently breaking through mixing dead corners. It can achieve a uniformity of over 99% for materials such as powder and granules, and has the advantages of low energy consumption, low wear and wide adaptability. It is widely applied in fields such as medicine, food, and chemical engineering, where high mixing accuracy is required.

Working Principle

The 3D mixer drives the container to perform a compound motion of tumbling, translation and rotation through dual axes, causing the materials to form a three-dimensional spiral trajectory inside the cylinder. Through diffusion, convection and shearing, uniform mixing is achieved. It eliminates mixing dead corners in an approximately weightless state, with a uniformity of over 99%. It can handle materials such as powders and granules, and is suitable for scenarios with large differences in viscosity or particle size. The equipment moves gently with low wear. Its sealed design meets the cleanliness standards. Its energy consumption is 30%-50% lower than that of traditional equipment. The parameters are adjustable and it is widely used in high-precision mixing fields such as medicine, food, and chemical engineering.

Characteristics & Advantages

1. High mixing accuracy
Three-dimensional compound motion eliminates mixing dead corners, with uniformity reaching over 99%, making it particularly suitable for materials with significant differences in particle size and density.
2. The movement mechanism is unique
The container undergoes a compound motion of rolling, translating and rotating, and the material follows an irregular spiral trajectory, avoiding stratification in a nearly "weightless" state.
3. Wide range of adaptability
It can handle powder, granular and sticky materials, and is suitable for scenarios with high requirements for cleanliness and uniformity in industries such as medicine, food and chemical engineering.

4. Low loss and environmental friendliness
The gentle movement reduces material wear. The closed design prevents dust leakage. The energy consumption is 30%-50% lower than that of traditional equipment.

5. Strong operational flexibility
Parameters (such as rotational speed and time) are adjustable to adapt to the characteristics of different materials. Maintenance is convenient and it complies with clean standards such as GMP.

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