The 3D mixer consists of a machine base, transmission system, electrical control system, 3D motion mechanism, mixing bucket and other components. A 3D mixer is a mixing bucket that comes into direct contact with materials and is made of stainless steel material. The inner walls of the bucket are precision polished. This machine is widely used as a new material mixer in industries such as pharmaceuticals, chemicals, food, light industry, and research institutes. This function can mix powdered or granular materials with good fluidity very evenly, achieving optimal results in the mixed materials. This machine uses a 380V or 220V power supply (usually default to 380V according to customer needs).
The working principle of a three-dimensional mixer is different from that of a traditional rotary mixer (V-type mixer). It performs translational, rotational, and rock movements in three-dimensional space, causing the material to be in a complex motion state such as "rotational flow translational inverted falling" inside the mixing cylinder, known as the TURBULA state; Generate an alternating pulse to continuously push the material; The turbulence generated by motion has a changing energy gradient, resulting in different motion states of each particle in the mixed material. Each particle constantly changes its position in frequent motion diffusion, producing a satisfactory mixing effect.
There are two things to avoid in material mixing: firstly, the presence of centrifugal force during mixing motion, which can cause segregation of mixed materials of different densities; The second is that the mixed materials form clumps and accumulate, making it difficult for the materials to effectively diffuse and blend. The motion state of the 3D motion mixer overcomes the above-mentioned drawbacks and is currently an ideal high-performance mixing device.
What are the characteristics of a 3D mixer? Below, the editor will briefly introduce to you:
1. Due to the multi-directional movement of the mixing bucket, there are multiple mixing points for the materials inside the bucket, resulting in a higher uniformity of mixing compared to a general mixer. The uniformity error of drug content is lower than that of a general mixer. At the same time, the KCSH series has a large loading capacity that is more than twice that of a typical mixer (the large loading capacity of a typical mixer is 40% of the total capacity of the barrel).
2. Low height, small turning space, generally does not require a mezzanine in the building (technical mezzanine), and occupies a small area;
3. Mixing materials in a sealed state will not cause pollution to the working environment.
4. The mixed bucket design is excellent, with finely polished inner walls that do not contaminate the material. When discharging, the material is smoothly discharged under its own weight without leaving any remaining material. It has the advantages of easy discharge, no accumulation, and easy cleaning.
5. Low vibration, low noise, adjustable workstation, easy installation and maintenance, long service life.