Anaerobic Jar System NAJS-100 – Oxygen-Free Microbial Cultivation Equipment

What Is an Anaerobic Jar System?

An anaerobic jar system is a laboratory device that creates oxygen-free conditions for the cultivation of anaerobic microorganisms.
It is widely used in microbiology for controlled microbial growth.

Product Snapshot

What Is This Product Used For?

Anaerobic Jar System NAJS-100 is used to cultivate and study anaerobic microorganisms in oxygen-free conditions.

• Clinical microbial isolation

• Pharmaceutical testing

• Food safety analysis

• Environmental microbiology

• Research in microbial metabolism

How Anaerobic Jar System NAJS-100 Works

• Culture plates are placed inside the jar

• Oxygen is removed using chemical or gas methods

• Airtight sealing maintains anaerobic conditions

• Indicators confirm oxygen removal

• The system is placed in an incubator

When Should You Use This System?

Use Anaerobic Jar System NAJS-100  when oxygen-free microbial growth is required.

• Culturing obligate anaerobes

• Clinical microbiology testing

• Food safety testing

• Laboratory research

Industries That Use This Product

• Clinical laboratories

• Pharmaceutical research

• Food testing labs

• Environmental research labs

• Academic institutions

Top Questions 

1.What is Anaerobic Jar System NAJS-100?

   It is an oxygen-free microbial cultivation system used for growing anaerobic bacteria in laboratory environments.

2.Why is this anaerobic jar system used?

   It enables the growth and analysis of oxygen-sensitive microorganisms for clinical, research, and testing applications.

3.How does NAJS-100 work?

  It removes oxygen using chemical sachets, gas packs, or vacuum methods to create anaerobic conditions.

4.When should this system be used?

   It is used when anaerobic microbial cultivation is required in laboratories.

5.What is the difference between anaerobic jars and anaerobic chambers?

   Anaerobic jars are compact and batch-based, while chambers provide continuous oxygen-free environments.

Anaerobic Jar vs Chamber
Anaerobic jars are portable and batch-based, while chambers allow continuous large-scale anaerobic work.

Core Functional Capabilities

• Oxygen-free environment creation

• Compatible with Petri plates

• Multiple oxygen removal methods

• Incubator compatibility

• Portable bench-top design

Technical Specifications

Alternative Equipment

• Anaerobic chambers

• Gas-pack sachets

• Controlled atmosphere incubators

• Bioreactors

Quick Micro Answers

• Creates oxygen-free environments

• Supports anaerobic microbial growth

• Used in microbiology laboratories

• Enables accurate microbial testing

• Suitable for clinical and research use

Decision Guide

Choose  Anaerobic Jar System NAJS-100 if:

• You need anaerobic microbial cultivation

• Batch-based testing is required

• Laboratory space is limited

• Controlled conditions are necessary

Typical Applications

• Cultivation of anaerobic bacteria

• Pharmaceutical microbial testing

• Food safety microbiology

• Environmental sample analysis

Compliance and Standards

• CLSI microbiology guidelines

• Laboratory biosafety standards

• Food and pharmaceutical testing protocols

Frequently Asked Questions

1.What organisms require this system?

  Obligate anaerobes and oxygen-sensitive bacteria.

2.How long can anaerobic conditions last?

   Up to 72 hours depending on method.

3.Can it be used in incubators?

    Yes, it is fully incubator compatible.

4.How is oxygen monitored?

  Using indicator strips or sensors.

5.Is it reusable?

  Yes, depending on material and sterilization method.

Quick Summary

Anaerobic Jar System NAJS-100 is a laboratory device designed to create oxygen-free conditions for cultivating anaerobic and oxygen-sensitive microorganisms. It is widely used in clinical microbiology, food safety, pharmaceutical research, and academic laboratories for accurate anaerobic culture, antimicrobial testing, and microbial metabolism studies. The system removes oxygen using gas-generating sachets or chemical absorbers and maintains airtight incubation conditions to ensure accurate, reproducible microbial growth results.