Product Description:

The Cleanroom Pass Box is an essential component for maintaining the integrity of your cleanroom environment. Designed to facilitate the transfer of materials between two areas while minimizing contamination risks, the Pass Box is a reliable solution for pharmaceutical, biotechnology, and electronics industries.

Equipped with an advanced Electronical Lock system, the Pass Box ensures secure access control and traceability of materials passing through. This feature enhances the overall security of your cleanroom facility, providing peace of mind for sensitive operations.

Technical Parameters:

The role of pass box in clean room

The transfer window is an indispensable and important auxiliary equipment in the clean room, and its core role is to achieve the safe and efficient transfer of items between the clean area and the unclean area, while minimizing air cross-pollution and maintaining a high cleanliness environment in the clean room. The following is the main role of the transfer window in the clean room:

1. Prevent cross contamination

The core function of the clean room is to maintain the high cleanliness of the internal environment and prevent the entry of external pollutants. The transfer window ensures that the doors on both sides are not opened at the same time through an interlock mechanism (mechanical interlock or electronic interlock), so as to avoid direct air circulation between the clean area and the unclean area, effectively preventing pollutants from entering the clean area.

2. Ensure the cleanliness of goods delivery

The interior of the transfer window is usually equipped with ultraviolet lamps or other disinfection devices, which can be disinfected before and after the item is transferred, further reducing the risk of microbial contamination on the surface of the item. This design is especially suitable for pharmaceutical factories, biological laboratories and other places with high aseptic environment requirements.

3. Reduce frequent entry and exit of personnel

When people enter and leave the clean room, they will bring a lot of pollutants, especially dust and microorganisms on the soles and clothes. The use of transfer Windows reduces the number of frequent entry and exit of personnel in the clean room, thereby reducing the risk of contamination in the clean area and improving work efficiency.

4. Maintain clean room pressure difference

Clean rooms prevent the entry of external pollutants by maintaining a certain positive or negative pressure. The design of the transfer window can effectively isolate the air flow in different areas, avoid destroying the differential pressure balance of the clean room due to frequent opening of the door, so as to maintain the stable operation of the clean room.

5. Improve production efficiency

The delivery window is designed to allow for quick and efficient delivery of items, reducing production downtime caused by waiting for items to be delivered. Especially in production environments such as pharmaceutical factories and electronics factories, transfer Windows can significantly improve production efficiency.

6. Comply with industry norms

In industries such as pharmaceutical, biotechnology and electronics manufacturing, clean rooms need to be designed and operated in accordance with strict industry specifications (e.g. GMP, ISO 14644, etc.). As an important part of the clean room, the transfer window can help enterprises meet these specifications and ensure the compliance of the production process.

7. Adapt to different cleanliness levels

The transfer window can be customized for different cleanliness levels. For example, ordinary transfer Windows are suitable for areas with lower cleanliness levels, while air shower transfer Windows or laminar flow transfer Windows are suitable for areas with higher cleanliness levels, such as Class A and Class B clean areas.

8. Reduce maintenance costs

By reducing the number of times people enter and leave the clean room, transfer Windows can reduce energy consumption and equipment wear in the clean room, thereby indirectly reducing maintenance costs. At the same time, the maintenance of the transfer window is relatively simple, further reducing the overall operating cost