What are the differences between xenon light transfer Windows and biosafety airtight transfer Windows

The xenon light transfer window and the biosafety airtight transfer window have the following differences:
Disinfection method
Xenon light transfer window: It adopts the polarization light emission principle of pulsed xenon lamps to generate intense pulsed ultraviolet rays. The output energy is over 3,000 times that of ordinary ultraviolet lamps. It can quickly inactivate various microorganisms on the surface of objects and in the air. It can also be combined with the atomization spraying of disinfectant for dual disinfection. It can complete the sterilization work that traditional ultraviolet lamps take 30 minutes to achieve within 3 minutes.
Biosafety airtight transfer window: Some high-end products are equipped with ultraviolet disinfection lamps to disinfect the surface of items. Some also have VHP disinfection interfaces, which can be connected to VHP disinfection equipment to sterilize the surface of items inside the transfer window.
Air tightness performance
Xenon light transfer window: Ensure airtightness by configuring sealing strips on both side doors and other means.
Biosafety airtight transfer window: The airtightness requirement is strict. For instance, the inner cavity of the transfer window should remain airtight under a pressure of -500 Pa, with a pressure difference attenuation of less than 250Pa within 60 minutes, or a leakage rate of less than 0.5% vol/h. Its double doors usually adopt a mechanical and inflatable double-sealing method. High-elastic sealing rings and inflatable sealing rings are installed on the door panels, and a double-layer sealing tape is formed through a pressing mechanism.
Application scenarios
Xenon light transfer window: Widely used in biological laboratories, animal laboratories, hospitals, ophthalmic centers, pharmaceutical factories, food processing industries, electronics factories, and other places that require purification, it is used to transfer items between clean areas and non-clean areas and quickly purify and sterilize.
Biosafety airtight transfer window It is mainly used in rooms with airtightness requirements in high-level biosafety laboratories (such as BSL-3, BSL-4, ABSL-3, ABSL-4), as well as in places with high requirements for biosafety and air isolation in different cleanliness grade areas of the pharmaceutical industry and hospital operating rooms, to solve the airtightness problem of logistics channels.
Structural design
Xenon light transfer window: Xenon light lamps are installed on the left and right sides of the box. The inner wall has a mirror-like reflective inner tank. There is a disinfection nozzle at the top and a transparent storage plate at the bottom. The distance between the storage plates can be adjusted according to the volume of the items. It is also equipped with an ozone removal device, an impurity and hair collection and treatment device, and a filtration device.
Biosafety airtight transfer window: It is usually made of stainless steel, with full welds. The four corners of the door leaf are designed with concentric circles, which makes the airtightness easier to expand and contract, stress-free, and better ensures the airtightness effect. Some are equipped with self-circulation fans to achieve a certain self-cleaning capacity.
Control mode
Xenon light transfer window: Usually controlled by a touch screen, with adjustable data such as time on/off and disinfection time, and a data tracking function can be added.
Biosafety airtight transfer Windows: Generally, they are equipped with electronic interlock devices, and some have intelligent functions such as automatic disinfection and remote monitoring.