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What scenarios are embedded transfer windows suitable for?
What scenarios are embedded transfer windows suitable for?Embedded transfer windows are suitable for the following scenarios: 1. Medical industry - Hospital operating rooms: transfer surgical instruments, medicines, and other items between different operating rooms to ensure that the sterile environment is not destroyed. - Wards: facilitate medical staff to transfer medical supplies between different wards, while reducing the risk of cross-infection. - Pharmaceutical production workshop: used to transfer pharmaceutical raw materials, finished products, etc. to ensure the cleanliness of the production process. 2. Laboratory - Biological laboratory: transfer experimental samples, reagents, etc. to prevent the spread of harmful microorganisms. - Chemical laboratory: transfer chemicals and experimental equipment between different experimental areas. 3. Electronics industry - Electronic chip manufacturing workshop: transfer chips, components, etc. to avoid the impact of dust and static electricity on products. 4. Food industry - Food processing workshop: transfer food raw materials, packaging materials, etc. to ensure the hygiene of the food production process. 5. Pharmaceutical industry - Pharmaceutical factory: transfer drugs and related materials between different clean areas to ensure compliance with GMP requirements for drug production. 6. Scientific research institutions- Scientific research laboratory: transfer experimental samples, instruments equipment, etc., to maintain the stability and cleanliness of the experimental environment. For example, in a modern hospital, the embedded transfer window allows medical staff to accurately transfer urgently needed surgical instruments to doctors in the operating room without entering the operating room, ensuring the smooth progress of the operation and reducing the risk of infection. In the electronic chip manufacturing workshop, the embedded transfer window can prevent the entry of tiny particles from the outside, thereby improving the yield rate of the chip. |
