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Labmate LMANC-A100 is a laboratory chamber used to create and maintain oxygen-free conditions for cultivating and handling anaerobic microorganisms in controlled environments.
Maintains oxygen-free atmosphere for microbiology work
Uses controlled gas mixtures (N₂, H₂, CO₂)
Supports continuous sample handling via glove ports
Includes airlock transfer and oxygen monitoring
Used in clinical, pharmaceutical, and research laboratories
Labmate LMANC-A100 is used to cultivate and handle oxygen-sensitive microorganisms under controlled anaerobic conditions.
Anaerobic bacterial culture in clinical labs
Antibiotic susceptibility testing
Pharmaceutical contamination studies
Microbiome and gut flora research
Environmental anaerobe analysis
Academic microbiology training
Labmate chamber maintains an oxygen-free environment using controlled gas input and continuous monitoring, allowing sample handling without exposure to air.
Chamber is filled with nitrogen, hydrogen, and CO₂
Oxygen is displaced and reduced to low levels
Samples enter through an airlock system
Internal atmosphere remains stable
User manipulates samples via glove ports
Oxygen-controlled enclosed workspace
Continuous gas circulation
Integrated oxygen monitoring
Airlock-based material transfer
Glove port handling system
Internal lighting and workspace access
Stable environment for microbial processing
Clinical microbiology laboratories
Pharmaceutical research and QC units
Biotechnology labs
Academic institutions
Environmental testing labs
Public health laboratories
Use this chamber when:
Oxygen-sensitive organisms must be cultivated
Continuous anaerobic handling is required
Repeated jar cycling is inefficient
Long-duration microbial work is needed
Controlled atmosphere is critical
Avoid this chamber when:
Only short-term incubation is required → use anaerobic jars
Small batch processing is sufficient
Budget or space constraints limit large equipment use
CO₂-only environments are required (use CO₂ incubator)
An oxygen-free condition required for organisms that cannot survive in the presence of oxygen.
A sealed transfer chamber that allows materials to enter or exit without exposing the main chamber to oxygen.
Built-in sealed gloves that allow users to handle samples inside the chamber without breaking atmospheric conditions.
Clinical anaerobic culture processing
Microbiome research studies
Pharmaceutical microbial testing
Environmental sample analysis
Academic laboratory training
Supports workflows aligned with:
GLP (Good Laboratory Practice)
GMP (Good Manufacturing Practice)
Standard microbiology protocols
It creates an oxygen-free environment for growing and handling anaerobic microorganisms.
It typically maintains oxygen levels below 1 ppm.
It usually takes minutes to about an hour depending on chamber conditions.
Yes, glove ports allow continuous manipulation without exposure to oxygen.
Nitrogen, hydrogen, and carbon dioxide are used to maintain anaerobic conditions.
Yes, it supports microbial testing and contamination studies.
Through a sealed airlock system that preserves internal conditions.
Yes, routine checks include sensors, gas supply, and seals.
Anaerobic Chambers
Anaerobic Jars
CO₂ Incubators
Guide to Anaerobic Chambers
Microbial Cultivation Techniques