The biomedical industry, as the product of the deep integration of modern science and technology and medical health, its core lies in the use of advanced biotechnology means to develop and produce pharmaceutical products for disease prevention, diagnosis and treatment, covering a number of subdivisions such as chemicals, traditional Chinese medicine and biological drugs. With the in-depth implementation of the country's bioeconomy strategy, especially the "biomedical for people's life and health" as one of the key development areas, the biomedical industry has ushered in unprecedented development opportunities.

In the biopharmaceutical industry chain, API is the basic component unit of patent medicine or preparation, and its production quality and efficiency are directly related to the safety and market competitiveness of final pharmaceutical products. As a major producer and exporter of raw materials in the world, China's chemical raw materials occupy a pivotal position in the international market, especially in vitamins, antibiotics and antipyretic and analgesic products, with significant competitive advantages.

The production process of raw materials is complex and varied, involving multi-step chemical reactions, physical treatment of materials and collaborative work of multiple operating units, such as reaction, extraction, decolorization, filtration, crystallization, centrifugation, drying, etc. Extraction is one of the key steps, and its efficiency and effect directly affect the purity and yield of the product. Traditional extraction methods often have problems such as cumbersome operation, large solvent consumption, and serious environmental pollution, which are difficult to meet the urgent needs of modern biomedicine industry for efficient, environmental protection and safe production.

As an advanced equipment integrating mixed mass transfer and centrifugal separation, combined extraction centrifugal extractor has shown unique advantages in the production of biomedical raw materials. Through its unique design and working principle, the machine realizes the closed, continuous and fast operation of the extraction process, and effectively solves many problems in the traditional extraction method. Specifically, the professional application and advantages of the combined extraction centrifugal extractor in the production of biomedical raw materials are reflected in the following aspects:

High efficiency extraction: The use of centrifugal force to accelerate the diffusion and distribution of solute in the solvent, significantly improve extraction efficiency, shorten the production cycle.

Environmental protection and energy saving: By optimizing the extraction process, reducing the amount of solvent and wastewater discharge, reducing production costs, in line with the green production concept.

Quality control: Achieve accurate temperature, pressure and flow control to ensure the stability of the extraction process and the uniformity of product quality.

Wide range of application: especially suitable for the extraction of volatile, toxic and sensitive materials, such as vitamins, contrast agents, prostaglandins and other apis.

High degree of automation: Integrated advanced control system to achieve automatic operation of extraction process, reduce labor intensity, improve production safety.

The combined extraction centrifugal extractor is playing an increasingly important role in the production of biopharmaceutical raw materials with its remarkable advantages of high efficiency, environmental protection, safety and controllability. With the continuous development of the biomedical industry and the continuous advancement of technological innovation, the combined extraction centrifugal extraction machine will certainly usher in a broader application prospect and market space.