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AM-PB28
Amber
AM-PB28
The cleanliness and safety of transferring materials are also of importance in cleanrooms, medical plants, and laboratories. The Radiation Protection Pass Box with a 304 stainless steel outer and a high-density lead inner is a powerful radiation blocker that allows a clean transfer of material, which makes the Radiation Protection Pass Box a very important solution for cleanroom environments.
This Amber's Pass Through Chamber is not only a material transfer passage but also a shielding barrier, which provides relative isolation of radioactive laboratory conditions against clean areas. This saves time on travelling and enhances efficiency at work.
The essence of the Radiation Protection Pass Box is the lead-lined construction. Lead being a good absorber and shield, it eliminates the radiation leakage to the outside environment, thus protecting the operator and the immediate environment. Furthermore, the pass-through boxes feature an airtight double-door interlocking design, preventing cross-contamination during the pass-through process and achieving both cleanliness and safety.
The Radiation Protection Pass Box's biggest difference compared to a regular pass-through chamber lies in its protective capabilities. While regular pass-through chambers only serve as cleanroom isolation and item transfer, the lead-protected pass-through chamber also effectively shields radiation, meeting the specialized needs of radiological experiments, medical imaging, and nuclear medicine. In other words, it's not just an auxiliary device for cleanrooms, it's also a crucial component of safety management.
These pass-through boxes are widely used in:
Medical imaging departments (such as radiology and nuclear medicine).
Research laboratories (for experiments involving radioactive materials).
Pharmaceutical workshops (for the safe transfer of specialized raw materials).
Nuclear energy and radiation testing facilities
Before transferring items, ensure that both doors are interlocked to prevent simultaneous opening.
After transferring items, promptly clean the interior to maintain a clean environment.
Regularly inspect the protective performance of the lead sheet to ensure continued effectiveness of the radiation shielding.
Strictly adhere to cleanroom management procedures during item transfer to avoid human error.
Contact Amber Team online to get your own customized Radiation Protection Pass Box solution.
Q1: What is the difference between a Radiation Protection Pass Box and a regular pass box?
A: Regular pass boxes are primarily used for the transfer of clean items. The Radiation Protection Pass Box, on the other hand, features an internal lead lining that effectively shields radiation, making it suitable for use in environments requiring radiation protection, such as medical radiology departments and nuclear medicine laboratories.
Q2: How should the Radiation Protection Pass Box be maintained and cleaned?
A: We recommend regularly wiping the interior with a dust-free cloth and a neutral detergent to keep the surface clean. We also recommend regularly inspecting the protective performance of the lead lining to ensure long-term safe use.
Q3: Can the Radiation Protection Pass Box be customized?
A: Yes, we offer customization services in terms of size, lead lining thickness, and functionality to meet the specific needs of different laboratories and cleanrooms.
The cleanliness and safety of transferring materials are also of importance in cleanrooms, medical plants, and laboratories. The Radiation Protection Pass Box with a 304 stainless steel outer and a high-density lead inner is a powerful radiation blocker that allows a clean transfer of material, which makes the Radiation Protection Pass Box a very important solution for cleanroom environments.
This Amber's Pass Through Chamber is not only a material transfer passage but also a shielding barrier, which provides relative isolation of radioactive laboratory conditions against clean areas. This saves time on travelling and enhances efficiency at work.
The essence of the Radiation Protection Pass Box is the lead-lined construction. Lead being a good absorber and shield, it eliminates the radiation leakage to the outside environment, thus protecting the operator and the immediate environment. Furthermore, the pass-through boxes feature an airtight double-door interlocking design, preventing cross-contamination during the pass-through process and achieving both cleanliness and safety.
The Radiation Protection Pass Box's biggest difference compared to a regular pass-through chamber lies in its protective capabilities. While regular pass-through chambers only serve as cleanroom isolation and item transfer, the lead-protected pass-through chamber also effectively shields radiation, meeting the specialized needs of radiological experiments, medical imaging, and nuclear medicine. In other words, it's not just an auxiliary device for cleanrooms, it's also a crucial component of safety management.
These pass-through boxes are widely used in:
Medical imaging departments (such as radiology and nuclear medicine).
Research laboratories (for experiments involving radioactive materials).
Pharmaceutical workshops (for the safe transfer of specialized raw materials).
Nuclear energy and radiation testing facilities
Before transferring items, ensure that both doors are interlocked to prevent simultaneous opening.
After transferring items, promptly clean the interior to maintain a clean environment.
Regularly inspect the protective performance of the lead sheet to ensure continued effectiveness of the radiation shielding.
Strictly adhere to cleanroom management procedures during item transfer to avoid human error.
Contact Amber Team online to get your own customized Radiation Protection Pass Box solution.
Q1: What is the difference between a Radiation Protection Pass Box and a regular pass box?
A: Regular pass boxes are primarily used for the transfer of clean items. The Radiation Protection Pass Box, on the other hand, features an internal lead lining that effectively shields radiation, making it suitable for use in environments requiring radiation protection, such as medical radiology departments and nuclear medicine laboratories.
Q2: How should the Radiation Protection Pass Box be maintained and cleaned?
A: We recommend regularly wiping the interior with a dust-free cloth and a neutral detergent to keep the surface clean. We also recommend regularly inspecting the protective performance of the lead lining to ensure long-term safe use.
Q3: Can the Radiation Protection Pass Box be customized?
A: Yes, we offer customization services in terms of size, lead lining thickness, and functionality to meet the specific needs of different laboratories and cleanrooms.
