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LMAJ-B100 is a sealed laboratory container used to create oxygen-free or oxygen-reduced conditions for incubating anaerobic microorganisms inside standard laboratory incubators.
Creates oxygen-free environment for microbial growth
Uses gas sachets or external gas input
Holds multiple Petri dishes in sealed chamber
Includes oxygen indicator for confirmation
Used in clinical, pharma, biotech, and research labs
LMAJ-B100 is used to incubate anaerobic microorganisms under oxygen-free conditions for microbiological testing and research.
Clinical anaerobic bacterial isolation
Antibiotic susceptibility testing
Pharmaceutical microbial quality testing
Gut microbiome research
Environmental microbial studies
Academic microbiology training
Labmate jar creates anaerobic conditions by sealing culture plates and removing oxygen using gas-generating systems or controlled gas input.
Culture plates placed inside jar
Gas sachet or gas input activated
Oxygen reduced or removed
Oxygen indicator confirms condition
Jar placed inside incubator
Oxygen-reduced sealed incubation
Multi-plate processing capacity
Gas sachet compatibility
Oxygen indicator verification
Transparent body for observation
Incubator-compatible design
Hospital microbiology labs
Pharmaceutical QC laboratories
Biotechnology research labs
Academic institutions
Environmental testing labs
Public health laboratories
Use this jar when:
Batch anaerobic incubation is required
Multiple samples need simultaneous processing
Compact incubator-compatible system is needed
Routine microbiology testing is performed
Cost-efficient anaerobic setup is preferred
Avoid this system when:
Continuous sample manipulation is required → use anaerobic chamber
Real-time atmospheric control is needed
Large-scale workstation handling is required
Complex gas regulation workflows are required
An oxygen-free environment required for growth of specific microorganisms.
A chemical system that removes oxygen and generates gases for anaerobic conditions.
A strip that changes color to confirm absence of oxygen inside the jar.
Clinical anaerobic pathogen isolation
Pharmaceutical microbial testing
Microbiome research
Environmental microbial studies
Academic microbiology training
Supports:
GLP (Good Laboratory Practice)
GMP (Good Manufacturing Practice)
Standard microbiology protocols
It creates a sealed oxygen-free environment for microbial incubation.
Using gas sachets or controlled gas injection inside the jar.
Typically 15–30 minutes depending on system setup.
Through an oxygen indicator strip inside the jar.
Yes, it is widely used in clinical microbiology labs.
Yes, the jar is reusable; sachets and indicators are consumables.
Jar = batch incubation
Chamber = continuous handling environment
Multiple standard Petri dishes depending on configuration.
Anaerobic Jars
Anaerobic Chambers
CO₂ Incubators
Microbial Cultivation Guide
Laboratory Incubation Systems