Designed for Effective Culturing and Identification of Oxygen-Sensitive Organisms

Our BACTRON SERIES Anaerobic Chambers are advanced atmosphere control systems designed for handling oxygen-sensitive materials, ensuring product containment, and maintaining specimen isolation. These units enable researchers and scientists to process, culture, and examine samples in a completely oxygen-free environment. Suitable for various clinical and research applications, our chambers provide precise control over oxygen levels, temperature, and humidity, making them ideal for cell culture studies and other sensitive experiments.

Our product line offers multiple configurations to meet diverse research needs. Users can select from features such as separate incubators, in-chamber incubators, oxygen monitors, real-time feedback systems, touchscreen controls, and sample transfer airlocks. Each BACTRON Anaerobic Chamber is equipped with a patented sleeve airlock system, allowing for seamless sample handling while maintaining strict anaerobic conditions essential for oxygen-sensitive research.

In the field of microbiology, BACTRON Anaerobic Chambers are widely recognized for their ability to create a completely oxygen-free environment, critical for cultivating and studying anaerobic bacteria and organisms. Sheldon Manufacturing Inc. is dedicated to providing high-quality anaerobic chambers that ensure reliable, oxygen-free conditions for research. By using BACTRON Anaerobic Chambers, researchers can effectively isolate and protect their samples throughout multiple experimental procedures, significantly enhancing the culturing and identification of anaerobic organisms. Additionally, our chambers help reduce lab consumable costs compared to other anaerobic workstations available in the Life Science market.

Manufactured by Sheldon Manufacturing Inc., BACTRON Anaerobic Chambers are constructed with heavy-duty stainless steel, ensuring long-lasting durability and chamber integrity. Our range includes various models designed to accommodate different laboratory space requirements and workflow demands. Each unit provides a spacious workspace, allowing for efficient execution of essential procedures, including inoculation, incubation, inspection, and recovery, all while maintaining a fully oxygen-free environment.