Product Description:
Introducing our state-of-the-art Laminar Airflow Cleanroom Pass
Box, a cutting-edge solution designed to ensure a
pristine and controlled environment for the transfer of materials
between different cleanroom areas. Engineered with precision and
built to the highest industry standards, this pass box enhances
workflow efficiency while maintaining the utmost cleanliness
required in critical industries such as pharmaceuticals,
electronics, and biotechnology.
Applications:
* Pharmaceuticals and Life Sciences
* Electronics Manufacturing
* Biotechnology Research
* Microelectronics Production
* Medical Device Assembly
Conclusion: The Laminar Airflow Cleanroom Pass Box stands as a
testament to cutting-edge engineering, designed to meet the
stringent demands of modern cleanroom environments. By combining
laminar airflow technology, HEPA filtration, and innovative
features, our pass box ensures secure and contamination-free
material transfer. Elevate your cleanroom operations with our
reliable, efficient, and advanced pass box solution.
Technical Parameters:
| Model | External SizeW*L*Hmm | Internal SizeW*L*Hmm | Power Supply, Effectiveness |
| GCC-CDC-500-CL | 680×590×1100 | 500×500×500 | 220V/50Hz/280-300w |
| GCC-CDC-600-CL | 780×690×1200 | 600×600×600 |
| GCC-CDC-700-CL | 880×790×1300 | 700×700×700 |
| GCC-CDC-800-CL | 980×890×1400 | 800×800×800 |
| GCC-CDC-900-CL | 1080×990×1500 | 900×900×900 |
| Note:Besides the above sizes, we accept custom orders for
non-standard sizes |
Features:
1. Laminar Airflow Technology: Our pass box incorporates advanced
laminar airflow technology, which delivers a continuous stream of
highly filtered, particle-free air to create a sterile environment
within the transfer chamber. This airflow pattern prevents
cross-contamination and maintains the purity of materials during
transfer.
2. HEPA Filtration System: Equipped with a high-efficiency
particulate air (HEPA) filter, the pass box ensures removal of
particles as small as 0.3 microns with an efficiency of 99.99%.
This filtration level guarantees a contaminant-free environment,
essential for sensitive processes.
3. Seamless Construction: Crafted from top-grade stainless steel,
our pass box boasts a seamless construction that minimizes crevices
and joints where contaminants could accumulate. This design feature
facilitates easy cleaning and sterilization,further contributing to
a controlled environment.
4. Electrostatic Discharge (ESD) Protection: In sectors like
electronics, static electricity can pose significant risks. Our
pass box addresses this concern with integrated ESD protection
measures that safeguard sensitive electronic components during
material transfer.
5. User-Friendly Interface: The pass box features an intuitive
control interface, allowing users to conveniently set parameters
such as airflow velocity, timer settings, and filter status
monitoring. The interface ensures seamless operation and real-time
awareness of the system's performance.
6. Transparent Viewing Panels: Clear viewing panels on the doors of
the pass box enable operators to visually inspect the transfer
process without compromising the sterile environment. The panels
are designed to maintain integrity while offering optimal
visibility.
7. Interlock Mechanism: To prevent simultaneous door opening and
ensure proper isolation between cleanroom areas, an interlock
mechanism is integrated. This enhances safety and ensures that only
one door can be opened at a time.
FAQ:
Q1:How does a Laminar Flow Pass Box work?
A:The built-in fan draws air through the HEPA filter to create
vertical/horizontal laminar flow, maintaining positive pressure
inside the box to block external contaminants. UV lamps may be
added for sterilization.
Q2:Does a Laminar Flow Pass Box require regular maintenance?
A:Yes. Routine tasks include replacing HEPA filters, cleaning
interior surfaces, checking UV lamp efficiency, and monitoring
airflow velocity and pressure differentials to meet cleanliness
standards.
Q3:What’s the difference between a Laminar Flow Pass Box and a
regular pass box?
A:Regular pass boxes only provide physical isolation, while laminar
flow models actively control contamination via HEPA-filtered
airflow, suitable for higher cleanliness requirements.
Q4:What should be considered during installation?
A:Avoid areas with turbulent airflow or high foot traffic. Ensure
sufficient maintenance space around the unit and integrate it with
the cleanroom HVAC system to maintain pressure balance.
