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Class A laminar flow vehicles are used in those scenarios
Class A laminar flow vehicles are used in those scenariosClass A laminar flow vehicles are mainly used in the following scenarios:I. Pharmaceutical industry 1. Drug production link - Batching and mixing area: In the process of drug batching, various raw materials need to be mixed according to precise formulas. Class A laminar flow vehicles can provide a local clean environment in this area to prevent external dust, microorganisms, and other pollutants from contacting the raw materials. For example, in the production of some antibiotics with extremely high purity requirements, the batching process is carried out under the protection of Class A laminar flow vehicles, which can ensure the quality of raw materials and avoid impurities from mixing and affecting the efficacy and safety of drugs. - Drug filling area: When the drug is made, the Class A laminar flow vehicle plays a key role in the process of filling it into containers (such as ampoules, vials, etc.). It can provide a CLASS A clean air environment for filling equipment and drugs to be filled so that the drugs are protected from contamination by suspended particles and microorganisms in the air during the filling process. Just like in the filling of influenza vaccines, Class A laminar flow vehicles ensure the aseptic filling of vaccines and ensure the quality and safety of each vaccine. - Finished product transfer: After the production of drugs is completed, the transfer process between different areas in the workshop also needs to be kept clean. Class A laminar flow vehicles can be used as a mobile clean space to transport packaged drugs. For example, when transferring from the packaging workshop to the quality inspection area, the laminar flow vehicle can prevent the external environment from contaminating the drugs during transportation, ensuring that the quality of the drugs is not damaged when they reach the inspection link. 2. Drug inspection area - Sample collection and preparation: When conducting quality inspection on drugs, samples must be collected first. Class A laminar flow vehicles, as clean sampling vehicles, can provide a sterile and dust-free environment for sample collection. For example, when conducting sterility inspection on injectable drugs, inspectors collect samples in Class A laminar flow vehicles, which can minimize the contamination of samples by external factors and ensure the accuracy of the inspection results. - Microbiological testing process: For test items such as microbial limit inspection in drugs, Class A laminar flow vehicles can be used to place testing equipment and samples. The clean environment it provides helps prevent external microorganisms from entering the inspection area and interfering with the test results. For example, when testing the microbial content in oral tablets, operating in a Class A laminar flow vehicle can ensure that the test data truly reflects the microbial status of the drug itself. 2. Medical device production field 1. Processing and assembly of high-precision instrument parts - Parts production workshop: Some high-precision medical device parts, such as tiny electronic components of pacemakers and precision parts of artificial joints, have extremely high requirements for environmental cleanliness during processing. Class A laminar flow vehicles can form local clean spaces around production equipment to prevent metal chips, dust, and other impurities from adhering to the surface of parts during processing, thereby ensuring the accuracy and quality of parts. - Assembly area: When assembling these precision parts into complete medical devices, Class A laminar flow vehicles can ensure the cleanliness of the assembly environment. For example, when assembling surgical microscopes, the clean air provided by laminar flow vehicles can prevent dust from entering between optical components and affecting the imaging quality of the microscope. 3. Electronics industry (production of electronic components with high cleanliness requirements) 1. Chip manufacturing link - Photolithography process area: During the photolithography process of chip manufacturing, tiny dust particles may cause defects in chip circuits. Class A laminar flow vehicles can provide a clean environment for photolithography machines and their surrounding operating areas. For example, in the photolithography process of advanced process chips of 7 nanometers and below, Class A laminar flow vehicles can reduce the impact of dust on photolithography accuracy and ensure accurate etching of chip circuit patterns. - Chip packaging: During the chip packaging process, it is necessary to prevent external impurities from entering between the packaging material and the chip. Class A laminar flow vehicles can be used as a local clean space to place packaging equipment and chips to ensure the stability of the chip quality after packaging and prevent problems such as electrical performance degradation or short circuits caused by impurities. IV. Biotechnology R&D and production field 1. Cell culture laboratory - Cell inoculation and subculture operations: In the cell culture process, cell inoculation and subculture are key steps. Class A laminar flow vehicles can provide a sterile environment for these operations and reduce the risk of microbial contamination. For example, when stem cell culture is used for regenerative medicine research, cell inoculation, and subculture in Class A laminar flow vehicles can ensure the healthy growth of cells and improve the success rate of the experiment. - Cell product harvesting: When cell culture reaches a certain stage, cell products (such as cytokines, bioactive proteins, etc.) need to be harvested. Class A laminar flow vehicles can protect products from contamination during the harvesting process, ensuring the purity and activity of the products. |
