| Parameter | Specification |
|---|---|
| Product Name | Anaerobic Jar |
| Product Type | Anaerobic Culture System |
| Material | Transparent Polycarbonate or Laboratory-Grade Plastic (commonly used) |
| Chamber Type | Airtight Incubation Jar |
| Capacity | Holds Multiple Petri Dishes |
| Oxygen Control | Compatible with Anaerobic Gas Generation Systems |
| Indicator Compatibility | Compatible with Anaerobic Indicators |
| Reusable | Yes |
| Applications | Anaerobic Microbial Culture, Clinical Diagnostics, Pharmaceutical Quality Control, Food Testing, Biotechnology, Microbiology & Research Laboratories |
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Anaerobic Jar
An Anaerobic Jar is a laboratory culture vessel designed to create and maintain oxygen-free conditions for the cultivation of anaerobic microorganisms. It is widely used in microbiology, clinical diagnostics, pharmaceutical, and research laboratories for anaerobic incubation applications.
- Designed to create oxygen-free conditions for anaerobic microbial culture.
- Airtight construction helps maintain a stable anaerobic environment.
- Compatible with anaerobic gas generation systems and oxygen indicators.
- Transparent chamber allows easy observation of culture plates during incubation.
- Accommodates multiple Petri dishes for efficient sample processing.
- Durable reusable construction suitable for routine laboratory applications.
- Ideal for microbiology, clinical, pharmaceutical, biotechnology, food testing, and research laboratories.
An Anaerobic Jar is an essential laboratory device used to establish an anaerobic environment for the cultivation of microorganisms that require the absence of oxygen for growth. Constructed from durable transparent polycarbonate or similar laboratory-grade materials, the jar allows clear observation of culture plates during incubation while maintaining an airtight internal environment. It is typically used with anaerobic gas-generating systems and anaerobic indicators to create and verify oxygen-free conditions.
Anaerobic jars are widely used in microbiology, clinical diagnostics, pharmaceutical quality control, biotechnology, food testing, environmental laboratories, and academic research institutions. They are suitable for the cultivation and isolation of anaerobic bacteria, antimicrobial susceptibility testing, environmental monitoring, and microbiological research. Designed to accommodate multiple Petri dishes simultaneously, the jar provides an efficient and reliable solution for routine anaerobic culture procedures while supporting contamination-controlled laboratory workflows.
