Diverse application scenarios of embedded transfer windows

1. Diverse application scenarios
Safe transfer of drugs between pharmacies and wards.
The embedded transfer window plays an important role in the transfer of drugs between pharmacies and wards. As an important area for drug storage and distribution, the pharmacy needs to ensure the safe and accurate delivery of drugs. The ward is a place where patients receive treatment, and the timely supply and safety of drugs are extremely high. Through the embedded transfer window, the pharmacy can safely and quickly deliver drugs to the ward, reducing the risks during manual handling. For example, the double-door interlocking mechanism of the stainless steel transfer window ensures that when one door is opened during the drug delivery process, the other door cannot be opened, effectively preventing the entry of external contaminants. At the same time, the high-efficiency air filter inside the transfer window can remove tiny particles, bacteria, and viruses to ensure the cleanliness of drugs during the delivery process. In addition, some transfer windows are also equipped with ultraviolet sterilization lamps, which further enhance the disinfection effect of drugs and provide strong protection for patients' drug safety.
2. Transfer biological samples to the laboratory to maintain their integrity and prevent contamination.
In hospital laboratories, embedded transfer windows are essential for the delivery of biological samples. The integrity and non-contamination of biological samples are crucial to the accuracy of experimental results. The transfer window can safely transfer biological samples between different laboratory areas, avoiding external contamination of samples during the transfer process. For example, in the nucleic acid testing laboratory, the transfer window is an important channel for sample transfer. The high-speed, clean airflow blown out from the top can blow away the dust particles on the surface of the sample, and the internal ultraviolet sterilization lamp can effectively kill the bacteria on the surface of the sample. The transfer window between the sample preparation area and the amplification analysis area ensures that the extracted new crown nucleic acid samples can be safely and quickly transferred, providing a guarantee for the accuracy of nucleic acid testing. At the same time, the double-door interlocking mechanism and electronic interlocking device of the transfer window effectively prevent cross-contamination between different laboratory areas and ensure the cleanliness of the experimental environment.
3. Provide convenience for the safe treatment of medical waste.
The embedded transfer window also provides convenience in the safe treatment of medical waste. The treatment of medical waste needs to strictly follow relevant regulations to prevent harm to the environment and personnel. The transfer window can be used as a channel for the transfer of medical waste from wards or other areas to special treatment areas, reducing the risk of exposure to medical waste during transportation. For example, in the nucleic acid testing booth, the medical waste separation cabinet with a sample transfer window facilitates the transfer of nucleic acid collection samples by medical staff through the transfer window and also facilitates the classification, storage, and treatment of medical waste. The sealing performance and double-door interlocking mechanism of the transfer window effectively prevent the leakage of harmful substances in medical waste and protect the safety of the environment and personnel. In addition, some transfer windows can also be customized according to different types of medical waste to meet different treatment needs.