What are the application scenarios of the vertical flow table and the horizontal flow table?

The application scenarios of the vertical flow table and the horizontal flow table are as follows:
Vertical flow table
Biopharmaceutical field: In the drug production process, such as the filling of sterile preparations, microbial inspection of pharmaceutical raw materials, and other aspects, the vertical flow table can provide a highly sterile environment, prevent drugs from being contaminated by microorganisms, and ensure the quality and safety of drugs.
Medical science experiments: When conducting cell culture, bacterial culture, virus research, and other experiments, it is necessary to strictly control the cleanliness of the experimental environment. The vertical flow table can avoid the entry of external microorganisms and dust, ensure the accuracy and reliability of the experimental results, and also protect the experimenters from harmful biological agents.
Food industry: In food microbial testing, food additive production, and other links with high health requirements, the vertical flow table can provide clean operating space, prevent food from being contaminated by microorganisms and impurities, and ensure food safety.
Chemical experiments: When conducting some chemical experiments that will produce harmful gases or require strict control of environmental cleanliness, such as trace analysis, preparation of high-purity substances, etc., the vertical flow table can discharge the harmful gases generated by the experiment through the bottom exhaust outlet, while keeping the operating area clean.
In the field of optics and electronics: In precision machining processes such as optical lens coating and electronic chip lithography, which require high environmental cleanliness and particle control, the vertical flow table provides a stable and clean environment to reduce the impact of particles on product quality.
Horizontal flow table
Electronic industry: suitable for the production, assembly, and testing of electronic components, such as hard disk manufacturing, integrated circuit packaging, LCD panel production, and other processes. Horizontal flow can quickly remove dust and static electricity generated during operation to avoid pollution and damage to electronic components.
Optical field: In the process of optical lens grinding, optical instrument assembly, etc., the horizontal flow table can provide clean horizontal airflow to prevent dust and other impurities from falling on the surface of the optical component, affecting the optical performance.
Plant tissue culture and edible fungus inoculation: In the inoculation process of plant tissue culture and edible fungus inoculation, the open design of the horizontal flow table is easy to operate, and the horizontal flow can effectively prevent the contamination of bacteria and improve the success rate of inoculation.
Small precision instrument manufacturing: For the assembly and commissioning of some small precision instruments, such as microsensors, micro-electro-mechanical systems (MEMS), etc., the horizontal flow table can provide a clean working environment to ensure the accuracy and performance of the instrument.
Some medical operations: In some medical operations that require large operating space and do not require high airflow direction, such as some simple medical device assembly, drug preparation, etc., the horizontal flow table can provide a more spacious operating space.