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The Coy Laboratory Products Dual Airlock 6' and 4' Vinyl Anaerobic Chambers with Cam 12 O2/H2 Monitor is a state-of-the-art system designed for researchers and scientists who require precise control of environmental conditions for their experiments. This system provides a highly controlled environment for anaerobic work, ensuring accuracy and reproducibility of results.

The Dual Airlock system features two separate chambers: a 6-foot main chamber and a 4-foot antechamber. This dual-chamber design allows for maximum flexibility, as researchers can use one chamber for sample preparation and the other for sample analysis. Each chamber is constructed from durable vinyl, which provides a gas-tight seal to maintain strict anaerobic conditions inside.
The system also includes a Cam 12 O2/H2 Monitor, which provides continuous monitoring of oxygen and hydrogen levels inside the chamber. This allows researchers to maintain precise control over the environmental conditions, ensuring that the anaerobic conditions are maintained throughout the experiment.

The Dual Airlock system is easy to use, with intuitive controls and simple maintenance procedures. The system features a built-in vacuum pump for rapid evacuation of air, and a user-friendly touch screen interface for easy monitoring of chamber conditions.

In addition to its superior anaerobic control capabilities, the Coy Laboratory Products Dual Airlock 6' and 4' Vinyl Anaerobic Chambers with Cam 12 O2/H2 Monitor also offers outstanding durability and long-term reliability. The vinyl material is resistant to punctures and tears, while the robust construction ensures that the system can withstand the rigors of daily use in a busy laboratory environment.

Overall, the Coy Laboratory Products Dual Airlock 6' and 4' Vinyl Anaerobic Chambers with Cam 12 O2/H2 Monitor is an essential tool for researchers and scientists who require precise control over environmental conditions for their experiments. With its advanced features, ease of use, and long-term reliability, this system provides outstanding value for researchers working in anaerobic conditions.