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The synthesis of pharmaceutical API in the pharmaceutical industry is all through the laboratory customized synthesis, step by step amplification, towards the industrial scale of mass production. For large-scale industrial production, the process operability of pharmaceutical API generally involves: industrial 3D mixer and mixing process operation.
Mixing and stirring is a necessary procedure in the preparation of pharmaceutical ingredients. Mixing is a necessary way to make the reaction system fully mixed and heat transfer evenly. Unlike the glass bottles in the laboratory, the mixing machines used in industrial production are of various types. Conventional stirring forms include anchor type, paddle type, turbine type, propulsion type, frame type, etc. When the material differentiation of the mixing device is relatively large, multi-layer mixing components can be used, and special products will even use more complex double-power superposition mixing type. Here is the practical application of the pharmaceutical industry raw material mixing process - dual-power three-dimensional mixer.
The common three-dimensional mixer used in the early stage of pharmaceutical industry was used for mixing and stirring, but the mixing time was long, the mixing uniformity was low, and the safety accident was easy to occur. Therefore, more pharmaceutical enterprises optimize the mixing process of pharmaceutical raw materials by introducing dual-power 3D mixer. For example, a high-tech bio-pharmaceutical company in Xi 'an adopts dual-power 3D mixer for the production of western medicine, which has achieved remarkable results. The use of advanced mixing technology can significantly improve the mixing effect, shorten the mixing time, improve the stability of drug quality, and greatly improve the production efficiency.
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