Drying is the last step in the production of tablets from raw material extraction to dry paste semi-finished products. The application of drying equipment and technology is directly related to product quality. In the production of tablets, other links are well controlled. If there are problems such as uneven drying, broken active ingredients, and thermal deterioration in the drying process, the quality of the tablets will eventually fall short. Â
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The vacuum continuous drying equipment and technology have the advantages of low temperature drying, less damage of active ingredients, loose and easy to dissolve, drying and sterilization, thereby ensuring high active ingredients, high sterility index and good oral absorption. Therefore, compared with the currently used oven drying method, spray drying method, etc., the vacuum continuous drying method has many unique advantages, which can ensure that the product quality is much higher than that of other drying methods. Â
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The vacuum continuous drying method has the following four main features: low temperature drying in a vacuum environment, the boiling point of water is reduced, and low temperature drying can be achieved, which provides favorable conditions for drying the heat sensitive material, and can better avoid the active ingredients of the product during the drying process. Damaged by high temperatures. For example, when producing natural extract products, the product is in a vacuum, closed environment throughout the drying process, and the drying process is mild (temperature 40 ° C ~ 60 ° C), which can maximize its active ingredients. Â
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Under the anaerobic differentiation vacuum environment, the partial pressure of oxygen is reduced, which avoids the oxidative deterioration of the material during the drying process and ensures the quality of the dried product. When the porous micropores are under high vacuum, the product is gradually dried after a period of time, and micropores are observed inside from the microstructure, and the particles are directly pulverized to the required particle size, and the fluidity of the particles is good. Â
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At the same time, due to the microscopic loose structure, the particle has excellent fast solubility and is more beneficial to human body absorption. Simultaneous sterilization in the vacuum and oxygen-deficient state can effectively inhibit the proliferation of bacteria and achieve the purpose of killing bacteria. While drying the product, the sterilization function can be achieved again. Double sterilization ensures the product's aseptic compliance.
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The vacuum continuous drying equipment and technology have the advantages of low temperature drying, less damage of active ingredients, loose and easy to dissolve, drying and sterilization, thereby ensuring high active ingredients, high sterility index and good oral absorption. Therefore, compared with the currently used oven drying method, spray drying method, etc., the vacuum continuous drying method has many unique advantages, which can ensure that the product quality is much higher than that of other drying methods. Â
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The vacuum continuous drying method has the following four main features: low temperature drying in a vacuum environment, the boiling point of water is reduced, and low temperature drying can be achieved, which provides favorable conditions for drying the heat sensitive material, and can better avoid the active ingredients of the product during the drying process. Damaged by high temperatures. For example, when producing natural extract products, the product is in a vacuum, closed environment throughout the drying process, and the drying process is mild (temperature 40 ° C ~ 60 ° C), which can maximize its active ingredients. Â
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Under the anaerobic differentiation vacuum environment, the partial pressure of oxygen is reduced, which avoids the oxidative deterioration of the material during the drying process and ensures the quality of the dried product. When the porous micropores are under high vacuum, the product is gradually dried after a period of time, and micropores are observed inside from the microstructure, and the particles are directly pulverized to the required particle size, and the fluidity of the particles is good. Â
Â
At the same time, due to the microscopic loose structure, the particle has excellent fast solubility and is more beneficial to human body absorption. Simultaneous sterilization in the vacuum and oxygen-deficient state can effectively inhibit the proliferation of bacteria and achieve the purpose of killing bacteria. While drying the product, the sterilization function can be achieved again. Double sterilization ensures the product's aseptic compliance.
Aerosol therapy is a type of respiratory therapy that involves delivering medication directly to the lungs through inhalation. This method is commonly used to treat conditions such as asthma, chronic obstructive pulmonary disease (COPD).
Aerosol therapy can be delivered using a variety of medical devices, such as inhaler spacers, nebulizer masks, and metered-dose inhalers. These devices help to convert liquid medications into numerious fine particles, which can then be inhaled into the lungs to achieve the treatment purpose.
Aeresol mask, nebulizer mask, nebulizer mask set
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