Three-dimensional mixer

Introduction to the Three-Dimensional Mixer

The Three-Dimensional Mixer utilizes a unique motion mechanism where the mixing barrel, driven by the main shaft, performs compound movements such as translation, rotation, and rolling. These multi-directional actions create a three-way movement of materials within the barrel, promoting thorough flow, diffusion, accumulation, and blending. This results in exceptionally uniform mixing, free from centrifugal effects, gravity-induced segregation, or layering—common issues with traditional mixers.

With a mixing efficiency exceeding 99%, the 3D mixer is considered one of the most effective and reliable solutions in its category. Its high loading capacity—up to 90%, compared to the typical 40% of conventional mixers—combined with shorter mixing times and high efficiency, makes it ideal for high-volume production. The barrel features a fully rounded interior and undergoes precision polishing to eliminate dead angles and ensure easy discharge and cleaning.

Key Features

1. High Loading Efficiency
   Mixing barrel can be filled up to 80–90%, far exceeding the 40–70% capacity of conventional mixers.

2. Compact and User-Friendly Design
   The 3D motion design ensures intuitive loading/unloading and saves workspace.

3. Superior Mixing Performance
   Ensures high uniformity, reduced mixing time, and low energy consumption.

4. Premium Stainless Steel Construction
   Durable, corrosion-resistant, aesthetically appealing, and easy to clean—ideal for sanitary production environments.

5. Seamless Barrel Design
   All internal surfaces are precision-polished with arc-shaped contours—no dead corners, no material retention, easy to discharge and clean.

6. No Centrifugal Force
   Thanks to the multi-directional motion, materials are not subjected to centrifugal forces, avoiding segregation, stratification, or accumulation.

7. Exceptional Mixing Precision
   Achieves a mixing uniformity rate above 99.9%, making it one of the most advanced options available.

8. Smooth and Quiet Operation
   Low vibration, stable performance, easy to operate, and simple to maintain.

9. Customizable Mixing Tank Materials
   In addition to stainless steel, mixing tanks can be manufactured from alternative materials such as nylon, polyurethane, PTFE, corundum, zirconia, agate, and more to meet specialized mixing requirements.