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DWH Three-Dimensional Mixer
- Product details
I. Product Overview
The DWH three-dimensional mixer utilizes mechanical transmission and electrical circuit control. The mixing section primarily consists of an active shaft and a passive shaft, each equipped with a universal joint. A mixing barrel is positioned between the two universal joints. The two shafts, connected to the universal joints, intersect and are perpendicular in space, respectively revolving around the active and passive shafts with the universal joints. The movement of the mixing barrel facilitates the mixing of materials within the container. This innovative mixer is widely used in various industries such as pharmaceuticals, chemicals, metallurgy, food, light industry, and agriculture. It can uniformly mix powders or particles, ensuring optimal results for the mixed materials.
II. Working Principle
When the machine is operating, the mixing barrel undergoes three-dimensional motion in the X, Y, and Z directions, rotating on its own axis while also revolving around the center. On the one hand, the mixing barrel exhibits strong turbulence, accelerating the diffusion, flow, and shearing of materials; on the other hand, it undergoes a flipping motion, overcoming the influence of centrifugal force, reducing density segregation, and ensuring uniform mixing. The machine is made of stainless steel and carbon steel, or may be made of special materials (such as PVC, sprayed polymer materials, etc.) due to the special requirements of the mixed materials for the machine.
III. Structural Features
1. The mixing barrel has three-dimensional motion in the X, Y, and Z directions, allowing the material to rotate, flip, tumble, and shear within the container, ensuring no accumulation of material during mixing. Compared to gravity, the mixing of materials with different densities and states does not produce the influence of centrifugal force or deflection.
2. The mixing time is only 2-15 minutes per session; the mixing uniformity rate can reach over 99%.
3. The eccentric design of the cone at the discharge end of the mixing barrel ensures no dead spaces for material discharge, making it easy to clean and compliant with GMP requirements.
4. Low noise, low energy consumption, long lifespan, compact size, simple structure, easy to operate and maintain.
5. According to the material mixing requirements, adjusting the time relay can make rational use of the mixing time; while mixing with dry materials, it also features the function of a timing and quantitative liquid spray granulation device.
6. Based on users' different requirements for material mixing ratios or the need to change varieties (such as colors), this machine adopts a detachable configuration with multiple mixing buckets, or a built-in mixing bucket system with several buckets that can be loaded and unloaded. This makes it a versatile machine that not only saves costs, does not occupy space, but also avoids cross-contamination of materials, saving time and labor, and greatly improving economic efficiency. It is unmatched by all other mixing machines.
IV. Technical parameters of three-dimensional mixer equipment
Important note: Equipment selection is a crucial step. Please provide as detailed information as possible about the materials and process arrangements, so that our professional staff can provide you with high-quality technical services.
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