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The Xenon Light Pass Box is a delivery device specifically designed for use in clean environments.Xenon gas generates high-intensity pulsed light during discharge to sterilize and disinfect the material. The emitted light wavelength is mainly in the UV-C band (approximately 200-280 nanometers), which can effectively destroy the DNA and RNA structure of microorganisms, causing them to die.Its UV intensity is typically 1000 to 3000 µW/cm², and its wind speed is typically 500 to 2000 FPM.We also offer this product with optional HEPA or ULPA filters, which can further reduce the risks to your clean environment.In terms of the main structure of the product, we used stainless steel and powder coating.Finally, we adopted a UV safety shield, which protects operators from UV damage when using the pass box.
Our expert team designs Xenon Light Pass Box systems that deliver high‑intensity pulsed light sterilization in seconds, streamlining material transfer while keeping your cleanroom free from biological contamination and chemical residues.
Static Xenon Light Pass Box
Uses pulsed xenon light for surface sterilization only – no built‑in fan or HEPA airflow system.
Best for lower‑risk transfers where the main concern is killing microbes on surfaces, not actively flushing particles from the air.
Simpler design means lower purchase cost, easier installation, and fewer components to qualify and troubleshoot.
Air cleanliness inside the box depends heavily on the surrounding cleanroom and on good handling practices (how you open, load, and close).
Maintenance is mainly about lamp performance (intensity checks, lamp replacement) and basic cleaning, with no blower or filter change to worry about.
Dynamic Xenon Light Pass Box
Combines pulsed xenon light sterilization with HEPA‑filtered forced airflow to control both microbes and airborne particles.
Ideal for higher‑risk applications where you want a mini clean environment inside the box itself, not just “flash disinfection” of surfaces.
Higher complexity and cost than static units, but gives more robust, repeatable contamination control and easier justification in audits.
Internal airflow patterns and HEPA integrity must be tested and documented, just like other cleanroom HVAC or laminar devices.
Requires a more structured maintenance plan: lamp checks, airflow balancing, filter integrity tests, and scheduled filter replacement to keep performance in spec.
Fast, uniform xenon exposure for wafers and masks, helping fabs tighten critical dimensions, boost yield, and keep cleanroom processes stable with reliable Deiiang Xenon Light Pass Box systems.
Delivers high‑intensity, low‑thermal xenon curing for photoresist and adhesives, supporting high‑resolution OLED / LCD lines while protecting sensitive layers and improving long‑term panel reliability.
Provides precise, repeatable xenon flash exposure for fine‑line PCBs and IC packages, shortening cycle times, improving registration, and reducing defects in high‑density interconnect production.
Offers controlled xenon light for microfluidic chips, catheters, and sensors, supporting low‑heat curing, biocompatible materials, and consistent quality for regulated medical manufacturing lines.
Ensures stable xenon exposure for ECUs, sensors, and optical components, improving bonding, insulation performance, and traceable quality in harsh‑environment automotive applications.
Enables uniform xenon light treatment for solar cells and modules, supporting passivation, encapsulation, and reliability testing to raise conversion efficiency and long‑term field performance.
To start, simply select a manufacturing process and upload a 3D CAD file.
Within a few hours we'll send you design for manufacturability (DFM) analysis and real-time pricing.
Once you review your quote and place your order, we'll start the manufacturing process. We also offer finishing options.
Our digital manufacturing process allows us to produce parts in as fast as 1 day.
A Xenon Light Pass Box is a specialized piece of equipment designed for controlled environments, typically used in cleanrooms or laboratories. It incorporates xenon light sources for sterilization and decontamination purposes while allowing the transfer of materials between different areas without compromising the cleanliness of the environment.
Deiiang Xenon Light Pass Box Quality Control Flowchart
The Xenon Light Pass Box is a sterile transport device specifically designed for use in controlled environments such as cleanrooms. Its purpose is to ensure that the surfaces of items are free of bacteria that could contaminate the environment.
It uses high-intensity xenon lamps to generate UV-C band ultraviolet radiation to disinfect the surface of items entering the cavity, thereby ensuring that items meet hygiene requirements before entering the cleanroom.
Highly effective sterilization: The powerful Xenon Light ensures thorough disinfection of object surfaces, thereby significantly reducing the risk of contamination in clean environments.
Contamination control: The pass box is designed with an entrance and exit interlock system to prevent both doors from opening at the same time, thus minimizing the risk of air pollutants entering the cleanroom during material transfer.
Improved operational efficiency: Materials can be transferred quickly and safely without direct human contact, thereby optimizing cleanroom workflows and increasing production efficiency.
Broad-spectrum efficacy: Xenon lamps can emit a wider range of ultraviolet light, including the UV-C band, which has excellent bactericidal effects against a variety of microorganisms.
Faster disinfection speed: Xenon lamps have extremely high light intensity, enabling rapid sterilization, and their efficiency is far higher than that of traditional ultraviolet lamps.
Less heat generated: Unlike some traditional ultraviolet light sources that generate a lot of heat, xenon lamps can ensure lower operating temperatures, thereby minimizing the risk of heat damaging sensitive materials.
Cleaning: Regularly clean the inside and outside surfaces of the pass box with a suitable disinfectant to prevent the accumulation of contaminants and the resulting risks.
Lamp replacement: Check the xenon lamp regularly and ｒｅｐｌａｃｅ it every 1,000 to 2,000 hours of use.
Filter inspection: Regularly inspect and ｒｅｐｌａｃｅ HEPA or ULPA filters to ensure effective removal of contaminants.
The Xenon Light Pass Box is extremely efficient at killing bacteria and viruses, typically reducing the microbial load on object surfaces by more than 99.9%.
Studies have shown that UV-C ultraviolet light emitted by xenon lamps can damage the DNA and RNA of microorganisms, rendering them inactive and unable to reproduce.
These features make the Xenon Light Pass Box a powerful device for ensuring materials remain sterile before entering a cleanroom environment, playing a vital role in contamination control and meeting stringent cleanroom standards.
Yes, the Xenon Light Pass Box can be customized for specific applications. We offer a variety of options, which makes it easier to tailor our passbox products to unique operational needs, such as specific dimensions, light intensity settings, and additional features like integrated monitoring systems or special materials.
Install: Choose an installation location that meets cleanroom standards and has power and ventilation facilities. Secure the pass box to the ground or wall following our instructions. Ensure that relevant safety regulations are followed when connecting the power source.
Operate: Turn on the pass box power and wait for the xenon lamp to reach its optimal light intensity. Place items into the cabin through the entrance and ensure the cabin door is tightly closed. The sterilization process is initiated, which typically lasts for several minutes. After the procedure is completed, remove the items according to the cleanroom operating procedures.
Application requirements: Ensure the box meets the specific needs of your industry.
Size: Choose an appropriate size based on the volume and type of materials to be transferred.
Customization options: Look for features that can be tailored to your operational needs.
Compliance standards: Verify that it meets relevant industry standards and regulations.
Budget: Assess the cost versus the features and benefits offered.
