What are the specific application scenarios of vertical flow workbenches and clean workbenches?

Vertical flow workbenches and clean workbenches are widely used in multiple fields such as medical care, pharmaceuticals, electronics, and food. The following are some of their specific application scenarios:
Vertical flow workbench
The medical field
Clinical testing: When conducting blood tests, microbiological tests, and other experiments, the vertical flow workbench can provide a clean operating environment, prevent external microorganisms from contaminating the samples, and ensure the accuracy of the test results.
Surgical instrument preparation: In the instrument preparation area of the operating room, vertical flow workbenches are used to place and handle surgical instruments, ensuring that the instruments are in a sterile state before use and reducing the risk of surgical infection.
Pharmaceutical industry
Sterile preparation production: In the production process of sterile drugs such as injections and eye drops, vertical flow workbenches are used for key operation steps such as filling and capping of drugs to prevent microbial and particulate contamination of drugs and ensure the quality and safety of drugs.
Pharmaceutical inspection: In the pharmaceutical quality inspection laboratory, the vertical flow workbench provides a clean operating environment for items such as microbial limit tests and sterility tests of drugs, ensuring the reliability of the test results.
Biological research
Cell culture: When conducting cell culture experiments, the vertical flow workbench provides a sterile environment for operations such as cell inoculation, subculture, and medium change, preventing cells from being contaminated and ensuring the success rate of cell culture and the accuracy of experimental results.
Microbiological experiments: During the experimental operations such as the isolation, purification, and inoculation of microorganisms, the vertical flow workbench can effectively prevent the mixture of external microorganisms, ensuring the reliability of the experimental results, and also protecting the experimenters from the harm of harmful microorganisms.
Clean workbench
Electronic industry
Semiconductor manufacturing: In the chip manufacturing process, clean benches are used in the photolithography, etching, packaging, and other process steps of chips, providing a clean environment for chip manufacturing, preventing tiny particles from contaminating the chips and affecting their performance and quality.
Electronic component production: When manufacturing precision electronic components such as capacitors, resistors, and sensors, clean workbenches can prevent dust and other impurities from adhering to the surface of the components, which may affect their electrical performance and reliability.
Food industry
Pastry making: When making some high-end pastries, chocolates, and other foods, the clean bench can provide a relatively clean environment, prevent dust, microorganisms, and other contaminants from contaminating the food, extend the shelf life of the food, and improve its quality.
Food packaging: In the food packaging process, clean workbenches can be used for operations such as organizing packaging materials and repackaging food, reducing the possibility of food contamination during the packaging process.
Optical instrument manufacturing
Lens production: During the processes of lens grinding, coating, assembly, etc., the clean bench can prevent dust and other particles from falling on the surface of the lens, which may affect the optical performance and imaging quality of the lens.
Microscope manufacturing: During the assembly and debugging of microscopes, the clean bench can ensure the cleanliness of optical components, improving the imaging clarity and accuracy of the microscope.