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Our Anaerobic Chamber provides precise control of oxygen levels below 1000 ppm, ensuring optimal conditions for anaerobic microbes. These chambers are equipped with glove ports and accommodate petri dishes for the simultaneous processing of multiple samples. Our chamber are integrated with an intuitive LCD display and ergonomic design to facilitate easy operation. Features safety alarms for O2, temperature, and humidity levels, ensuring anaerobic conditions during sample handling. They are durable, and equipped with a deoxidization catalyst, ensuring long-lasting performance and integrity.
Frequently Asked Questions
1 What is an Anaerobic Chamber?
An Anaerobic chamber is a laboratory equipment designed to create a sealed, oxygen-free environment for cultivating anaerobic bacteria.
2 How does an Anaerobic Chamber work?
It works by replacing atmospheric oxygen with gases like nitrogen or carbon dioxide.
3 What microorganisms are cultured in Anaerobic Chamber?
It is used to culture a wide range of anaerobic bacteria such as Clostridium and Bacteroides that cannot survive in oxygenated environment.
4 What is the difference between an Anaerobic Chamber and an Anaerobic Jar?
An Anaerobic Chamber is a sealed, gas-controlled environment for long-term culturing of anaerobes whereas Anaerobic Jar is used for small-scale anaerobic culturing.
5 Can Anaerobic Chamber be used for handling anaerobic media or reagents?
It is used to handle anaerobic media, agar plates and other reagents that require an oxygen-free environment for preparation before inoculation.
6 What kind of maintenance does the Anaerobic Chamber require?
Regular maintenance includes checking for gas supplies, calibrating sensors, cleaning of chamber interior, inspecting seals and monitoring oxygen levels.
Understanding Anaerobic Chamber: Purpose, Process, and Benefits
Anaerobic Chamber is a sealed laboratory enclosure that allows researchers to manipulate samples in an oxygen-free environment. It typically uses a combination of inert gases (like nitrogen, hydrogen, and carbon dioxide) to replace oxygen and create ideal conditions for anaerobic organisms or reactions. The chamber is accessed through airtight glove ports, and materials are introduced through airlocks or pass-through chambers to maintain anaerobic integrity.
Our Chamber come with advanced features that enhance ease of use, safety, and precision:
Digital Monitoring
Anaerobic Chamber is a vital instrument in both laboratory and industrial environments where oxygen-free conditions are crucial for conducting research, testing, and production. Their adaptability makes them invaluable across a broad spectrum of scientific and industrial disciplines. In microbiology and clinical diagnostics, anaerobic chambers are used to culture obligate anaerobes such as Clostridium and Bacteroides, explore the human microbiome, and diagnose infections involving anaerobic bacteria. In the pharmaceutical and biotechnology sectors, Anaerobic Chamber facilitate the analysis of oxygen-sensitive drugs, enzymes, and proteins, and support the production of biological materials in compliance with GMP standards. Environmental and agricultural researchers utilize these systems to study anaerobic microorganisms in soil, sludge, and aquatic sediments, and to recreate anoxic conditions for bioremediation projects. In electrochemistry and materials science, Anaerobic Chamber provide a controlled setting for handling air-sensitive chemicals and assembling components like batteries or electronic devices that are compromised by oxygen or moisture. Moreover, in the food industry, our Chamber play a key role in detecting spoilage organisms in vacuum-sealed or canned products and in conducting fermentation experiments under tightly regulated anaerobic conditions.