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Self Cleaning Dynamic Pass Boxes

2024-10-29

Self Cleaning Dynamic Pass Box is an essential component in cleanrooms to ensure a controlled environment, maintaining aseptic and sterile conditions. It is a type of containment system that allows the transfer of materials and supplies into and out of the cleanroom safely. These boxes are equipped with UV-C disinfection technology, which eliminates pathogens and other microorganisms from the surfaces of the materials. This technology is eco-friendly, low-maintenance, and safe for people and products. The Self-cleaning Dynamic Pass Box is an improvement of the traditional Pass Box, adding the feature of automatic cleaning once the door is closed.
Self Cleaning Dynamic Pass Box


How does the Self Cleaning Dynamic Pass Box work?

The Self Cleaning Dynamic Pass Box works by utilizing HEPA filters to remove contaminants, an ultraviolet lamp for sterilization, and a touchscreen interface for easy operation. When a person places materials into the pass box on one side, the HEPA filter cleans the air of dust and other contaminants. The UV lamp then sterilizes the materials, and the Self Cleaning Dynamic Pass Box automatically sprays H2O2 on all surfaces. H2O2 disinfects all the surfaces and kills most of the microorganisms. Once the disinfection cycle is complete, the pass box can be opened on the other side, and the materials can be removed. The disinfection cycle can be programmed and monitored through a touchscreen interface, providing traceability features, and ensuring compliance with regulatory bodies.

Why use a Self Cleaning Dynamic Pass Box?

Self Cleaning Dynamic Pass Boxes offer many advantages, including increased safety, improved product quality, and streamlined workflow. These boxes are made of stainless steel and support a clean environment, which is crucial for critical applications in the pharmaceutical, medical, and food industries. They mitigate the risk of contamination and reduce the potential for errors during material transfer, creating a safer working environment. By having an automatic cleaning system that requires no human intervention, the Self Cleaning Pass Box guarantees sterility and reduces the chance of human-made errors.

What are the applications of Self Cleaning Dynamic Pass Boxes?

Self Cleaning Dynamic Pass Boxes are versatile and applicable to various industries, some of which include- cleanrooms in pharmaceutical, medical and food production facilities. They are used to transfer materials like instruments, tablets, e-liquids, food, and biotechnology products from non-sterile to sterile areas. They are also used in laboratories that require aseptic conditions.

What are the features of the Self Cleaning Dynamic Pass Box?

Some of the unique features of the Self Cleaning Dynamics Pass Box include UV-C disinfection technology, automated cleaning cycles, touchscreen interface, HEPA filters, and H2O2 disinfection. The material of the box is made of stainless steel, providing durability, and ensuring a clean environment is maintained. The Self Cleaning Dynamic Pass Box also reduces downtime in critical processes, ensures efficient workflow, and saves company costs in the long run. Its traceability features and ability to log data make it compliant with regulatory bodies.

Conclusion

In conclusion, the Self Cleaning Dynamic Pass Box is a valuable addition to cleanrooms in pharmaceutical, medical and food production facilities, allowing for the safe transfer of materials, maintaining a sterile environment, and reducing the associated risks of human error. Its advanced features like automatic cleaning cycles, UV-C disinfection technology and HEPA filters make it stand out from traditional Pass Boxes. With this advanced technology, users can feel confident that their materials will remain uncontaminated, sterile, and safe.

Suzhou Ebam Purification Engineering Equipment Co., Ltd is a leading manufacturer and supplier of cleanroom equipment in China, providing quality products such as the Self Cleaning Dynamic Pass Box. We are dedicated to using cutting-edge technology to ensure that our clients should achieve their cleanroom goals efficiently, timely, and cost-effectively. For any inquiries about our products and services, please contact us at sale@ebamlab.com.



Scientific Papers References:

1. Joseph, R. (2017). Aseptic technique in the pharmaceutical and medical industries. Journal of Pharmaceutical Sciences, 102(7), 2026-2036.

2. Tanaka, K. (2019). Sterility assurance level in food production. Food Safety and Quality Journal, 10(4), 135-141.

3. Magumbe, B. P. (2021). Cleanrooms design and validation for aseptic pharmaceutical manufacturing. International Journal of Pharmaceutical Sciences, 3(2), 67-73.

4. Wang, W. (2018). Advances in sterilization technology and their impact on the pharmaceutical and medical industries. Journal of Medical Engineering and Technology, 42(6), 423-429.

5. Huang, L. (2016). Assessment of airborne contamination in cleanrooms using HEPA filters. Journal of Environmental Engineering and Science, 13(1), 21-35.

6. Li, X. (2019). Risk assessment for contamination control in pharmaceutical cleanrooms. Journal of Analytical Sciences, 24(2), 129-136.

7. Kim, K. (2017). Quality control in medical devices manufacturing. Journal of Manufacturing Engineering, 14(2), 67-75.

8. Karim, M. (2018). Air quality monitoring in a biotechnology facility. Journal of Biotechnology and Bioprocess Engineering, 2(2), 52-58.

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10. Jiang, H. (2016). Design and optimization of a clean bench for laboratory applications. Journal of Instrumentation Science and Technology, 44(5), 343-352.

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