The automatic lifting transfer window is mainly applied in fields where there are strict requirements for air cleanliness, sterility, or isolation of material transfer. Its core function is to transfer materials between areas of different cleanliness grades or isolation areas while blocking cross-contamination of air.

I. Biomedical Field
This is the core application scenario of the automatic lifting transfer window, which is directly related to the quality of drug production and personnel safety.
Pharmaceutical production workshop: It is used for the transfer of raw materials, semi-finished products, or packaging materials between workshops of different cleanliness levels (such as 10,000 grade and 100,000 grade), to prevent the disruption of the air pressure balance and sterile environment in the clean area during manual transfer.
Biological laboratory: In a microbiology laboratory, PCR laboratory, or biosafety laboratory, transfer experimental samples, reagents, or consumables to prevent sample contamination or leakage of harmful microorganisms.
Hospital clean areas: such as operating rooms, ICUs, and sterile drug preparation rooms (PIVAS), where surgical instruments, sterile drugs, or patient supplies are transferred to reduce the risk of contamination caused by personnel entry and exit.
II. Food and Cosmetics Sector
It is mainly used to ensure the hygiene and safety during the product production process and meets the quality standards of food and cosmetics.
Food processing workshop: In the processes with high cleanliness requirements (such as baking, dairy products, and aseptic filling), raw materials and semi-finished products are transferred to prevent microbial contamination caused by the contact of materials with outside air.
Cosmetics production workshop: For products such as skin care products and makeup that are prone to contamination, materials are transferred in different production areas (such as emulsification and filling) to ensure the sterility and stability of the products.
Iii. Electronics and Semiconductors Field
Focus on protecting precision electronic components from dust contamination to ensure product yield.
Semiconductor chip workshop: Transfer chips, wafers, or precision components in the extremely clean wafer processing and chip packaging areas to prevent dust from adhering and affecting chip performance.
Electronic component workshop: Such as sensor and circuit board production workshops, transfer sensitive electronic components to prevent component damage caused by static electricity or dust.
Iv. Other special isolation fields
It is suitable for scenarios with specific isolation requirements, where direct contact between personnel or air circulation needs to be avoided.
In the nuclear industry, in radioactive material handling areas, transfer non-radioactive auxiliary materials or test samples to reduce the risk of personnel exposure.
Animal laboratory: In an SPF-level (specific pathogen-free) animal laboratory, transfer animal feed, bedding, or experimental equipment to maintain a sterile and isolated environment in the laboratory.