Anaerobic Jar LMAJ-A100 – Oxygen-Controlled Microbial Incubation Container

What Is LMAJ-A100 Anaerobic Jar?

LMAJ-A100 is a sealed laboratory container used to create oxygen-free or reduced-oxygen conditions for incubating anaerobic microorganisms inside standard laboratory incubators.

• Creates oxygen-free environment for microbial growth

• Uses gas-generating sachets or controlled gas input

• Holds multiple culture plates in a sealed container

• Includes oxygen indicator for condition verification

• Used in clinical, pharmaceutical, and research labs

Product Snapshot

What Is This Product Used For?

LMAJ-A100 is used to incubate microbial cultures in oxygen-free conditions for anaerobic bacterial growth and testing.

Common applications:

• Anaerobic pathogen isolation in clinical labs

• Antibiotic susceptibility testing

• Pharmaceutical microbial testing

• Microbiome and gut flora studies

• Environmental microbial analysis

• Academic laboratory training

How Does LMAJ-A100 Work?

Labmate jar creates an oxygen-free environment by sealing culture plates and removing oxygen using gas-generating sachets or controlled gas replacement.

Step-by-step:

1. Culture plates are placed inside the jar

2. Gas sachet is activated or gas is introduced

3. Oxygen is removed or reduced

4. Indicator confirms anaerobic conditions

5. Jar is placed in an incubator

Core Functional Capabilities

• Sealed oxygen-controlled environment

• Multi-plate incubation capacity

• Gas sachet compatibility

• Oxygen indicator verification

• Transparent body for visibility

• Incubator-compatible design

Technical Specifications

Where Is LMAJ-A100 Used?

• Hospital microbiology labs

• Pharmaceutical QC laboratories

• Biotechnology research labs

• Academic institutions

• Environmental testing labs

• Public health laboratories

When Should You Use LMAJ-A100?

Use this jar when:

• Batch anaerobic incubation is required

• Multiple plates need simultaneous processing

• A compact incubator-compatible setup is needed

• Routine microbiology testing is performed

• Cost-effective anaerobic setup is preferred

When NOT to Use This Product

Avoid this jar when:

• Continuous sample manipulation is required → use anaerobic chamber

• Large-scale or long-duration workflows are needed

• Real-time monitoring and adjustment are required

• Complex atmospheric control is necessary

Anaerobic Jar vs Alternatives

Key Concepts Explained

1. What Are Anaerobic Conditions?

    An environment with little or no oxygen required for specific microorganisms to grow.

2. What Is a Gas-Generating Sachet?

   A chemical packet that removes oxygen and releases gases to create anaerobic conditions.

3. What Is an Oxygen Indicator?

    A visual strip that changes color to confirm the absence of oxygen.

Typical Applications

• Clinical anaerobic culture

• Pharmaceutical sterility testing

• Microbiome research

• Environmental microbial studies

• Academic microbiology labs

Compliance and Laboratory Alignment

Supports:

• GLP (Good Laboratory Practice)

• GMP (Good Manufacturing Practice)

• Standard microbiological testing protocols

Frequently Asked Questions

Q1. What does an anaerobic jar do?

       It creates an oxygen-free environment for incubating anaerobic microorganisms.

Q2. How are anaerobic conditions created?

       Using gas sachets or controlled gas replacement inside a sealed container.

Q3. Does it require an incubator?

       Yes, the jar is placed inside a temperature-controlled incubator.

Q4. How do you confirm oxygen removal?

       Using an oxygen indicator strip inside the jar.

Q5. How many plates can it hold?

    It typically holds multiple standard Petri dishes depending on size.

Q6. What is the difference between a jar and a chamber?

       A jar is used for batch incubation, while a chamber allows continuous handling.

Q7. Is it reusable?

       Yes, the jar is reusable, but gas sachets and indicators are consumables.

Q8. Is it used in pharmaceutical labs?

       Yes, it supports microbial testing and sterility studies.

Internal Linking Opportunities

• Anaerobic Jars

• Anaerobic Chambers

• CO₂ Incubators

• Microbial Cultivation Guide

• Laboratory Incubation Techniques