Main Motion Forms Of A Three-dimensional Mixer

Driven by the main shaft, the cylinder of the three-dimensional mixer moves repeatedly, such as translating, rotating, and rolling, causing the material to move in three directions along the simplified body. This achieves the mutual flow, diffusion, accumulation, and mixing of various materials, resulting in uniform mixing. It is suitable for highly uniform mixing of powdered and granular materials in pharmaceuticals, chemicals, food, light industry, electronics, machinery, mining and metallurgy, national defense, and various research institutions.

The three-dimensional motion mixer is suitable for mixing powders or granules with good flowability and is widely used in pharmaceuticals, chemicals, food, metallurgy, light industry, and scientific research industries. Because the mixing cylinder has multi-directional operation, it accelerates the flow and diffusion of various materials during the mixing process, avoiding the separation and accumulation of materials due to gravity caused by centrifugal force in general mixers, thus achieving excellent mixing results. It also features a transmission-type computed tomography scanner. Furthermore, the maximum load capacity of the three-dimensional motion mixer is more than twice that of ordinary mixers.

The drive system of the three-dimensional mixer consists of a motor, a drive reduction system, a frequency converter, and a control system. The design is simple, and the transmission is smooth and reliable. The frequency converter can effectively buffer the inertia of heavy-load startup and accurately select the optimal position of the feed cylinder when the machine stops, facilitating feeding or discharging.