A 3D mixer is an advanced equipment that combines mechanical, electronic, and automation technologies. It achieves uniform, fast, and efficient mixing effects by mixing materials in a three-dimensional space.
Characteristics and advantages of 3D mixer
1. Efficient mixing: Through the composite motion in three-dimensional space, the materials are fully mixed to ensure uniformity of mixing. 2. Multi directional motion: The cylinder carrying the materials is driven by the active shaft to perform cyclic composite movements such as translation, rotation, and rolling, which promote the materials to perform three-dimensional composite movements along the cylinder in the circumferential, radial, and axial directions, resulting in high mixing effect and uniformity.
3. Wide applicability: It can be used to mix various materials, including chemical substances with different particle sizes, densities, and properties, pharmaceutical raw materials, food raw materials, etc.
4. No centrifugal force effect: The material has no centrifugal force effect during the mixing process, and there is no specific gravity segregation, stratification, or accumulation phenomenon.
5. Excellent design: The mixing cylinder has an excellent design, with finely polished inner walls that do not contaminate materials. It is easy to discharge, clean, and operate.
Three dimensional mixers are widely used in many industries, including but not limited to:
1. Chemical industry: used in the mixing, dissolution, and reaction processes of chemical raw materials to improve production efficiency and product quality.
2. Pharmaceutical industry: Used in the pharmaceutical process to mix drug raw materials, excipients, and additives, and prepare drug granules, capsules, tablets, and other formulations.
3. Food industry: used for mixing and evenly dispersing food ingredients to ensure the taste and quality of food.
4. Metallurgical industry: In the metallurgical process, it is used to mix metal powders, additives, and ores to improve the efficiency and uniformity of metallurgical reactions.