The VHP transfer window, with its strong sterilization ability, is suitable for scenarios with strict sterility requirements. The DOP transfer window focuses on particle filtration and filter leak detection, making it suitable for clean scenarios where dust control is needed but sterility is not required. The specific applicable scenarios of the two are as follows:
VHP transfer window
Biomedicine field: This is its core application area. High-level biosafety laboratories like P3 and P4 can be used to transfer headgear, laboratory vessels and reagents contaminated with pathogenic microorganisms, preventing the experimental environment from being contaminated. In pharmaceutical factories, it is suitable for the transfer of sterile raw materials, sterile preparations and related production containers, in line with the GMP standards for drug production, ensuring the sterility of the drug production process. It is also applicable to the material transfer in aseptic testing laboratories, positive control laboratories and other places.
In the field of medical and health care: It can be used in operating rooms, intensive care units, negative pressure isolation wards and other areas of hospitals to transfer surgical instruments, ward supplies and emergency supplies, etc., reducing the risk of cross-infection between different areas. It can also be applied in intravenous drug preparation centers to ensure the sterile transfer of related materials during the drug preparation process and prevent drug contamination.
Other special scenarios: It can be used in temporary sterile areas such as item transfer channels in mobile hospitals when responding to public health emergencies like epidemics. In addition, it can also be used in the food industry where sterilization is required for packaging materials and containers, as well as in the electronic manufacturing field where sterilization treatment of precision electronic components is needed, ensuring product quality and reliability.
DOP transfer window
In the field of electronics and precision manufacturing: Suitable for semiconductor, microelectronics and chip manufacturing workshops, these scenarios have extremely high requirements for controlling particles in the air. This transfer window can remove dust particles on the surface of materials through HEPA filters, and is used to transfer wafers, chips, precision electronic components, etc., to prevent particles from affecting product accuracy and performance. It is also applicable to the parts transfer in the manufacturing process of precision instruments.
In the field of food processing: It is suitable for clean areas in food processing that have requirements for cleanliness but do not require strong sterilization, such as workshops for baking and beverage processing. It can be used to transfer food packaging materials, unsealed semi-finished products, etc., reducing the contamination of food by external dust during material transfer and ensuring the cleanliness of the food production environment.
In the fields of regular scientific research and light industry: In general biological laboratories and basic laboratories for microbiological research, experimental consumables that do not require aseptic treatment can be transferred, such as ordinary slides and experimental containers that have not come into contact with highly pathogenic microorganisms, etc. In addition, it can also be used in light industry fields such as cosmetic production workshops to transfer production raw materials, small packaging components, etc., meeting the basic requirements for cleanliness in such places. At the same time, it can regularly verify the performance of its HEPA filters through DOP leak detection to ensure the purification effect.