Anaerobic system
Anaerobic systems create oxygen-free conditions for the growth and analysis of anaerobic microorganisms. They are essential in microbiology to precisely cultivate and investigate anaerobic cultures.
Product
Anaerobic system
Anaerobic systems create oxygen-free conditions for the growth and analysis of anaerobic microorganisms. They are essential in microbiology to precisely cultivate and investigate anaerobic cultures.
Suppliers
The following suppliers offer Anaerobic system products.
Suppliers enabled for requests
You can send a request to the suppliers listed above and save time. Describe your requirements and the request will be forwarded to the selected suppliers. They will contact you with suitable proposals without any obligation.
Guide and selection support
Anaerobic systems are used to provide a controlled, oxygen-free environment. They enable the cultivation and analysis of anaerobic microorganisms, which cannot survive or develop under aerobic conditions. Typical applications are found in microbiological research, diagnostics, and quality control.
When selecting an anaerobic system, factors such as gas tightness, type of gas conditioning, user-friendliness, and volume are crucial. Compatibility with standard laboratory equipment and suitability for long-term cultivation are also important.
LabFinder offers a structured overview of available anaerobic systems, supports quick orientation within the product range, and simplifies the targeted procurement of suitable solutions for microbiology laboratories.
Application and Benefits
Anaerobic systems are used to create and maintain oxygen-free conditions. This is necessary for cultivating, propagating, and analyzing anaerobic microorganisms, which do not tolerate oxygen or differentiate better under anaerobic conditions. Areas of application include microbiology laboratories in research, diagnostics, environmental analytics, and industrial biotechnology.
Selection Criteria
Relevant selection criteria include the system's tightness against oxygen entry, the ability to precisely control or supply anaerobic gas mixtures, the volume for holding laboratory vessels or plates, and user-friendliness. Additional aspects are ergonomics, maintenance requirements, and compatibility with existing laboratory infrastructure.
Variants and Measurement Principles
There are various systems for creating anaerobic conditions, such as anaerobic chambers (laboratory enclosures with air removal and gas supply), anaerobic boxes, or gas generators that chemically or mechanically remove oxygen. Anaerobic systems also differ in the size of their working chamber and the method of gas regulation. Measurement principles usually refer to monitoring oxygen levels using sensors.
Calibration and Maintenance
To ensure anaerobic conditions, regular functional checks and calibration of the sensors used within the system are crucial. Maintenance tasks include inspecting seals, cleaning chambers, and, if necessary, replacing gas filters or chemical components in gas generators.
Limitations of Application
Anaerobic systems are specifically designed for cultivating microorganisms without oxygen. They may not cover all anaerobic requirements, e.g., for very small volumes or certain microaerophilic conditions. The systems also require some time for setup and handling, as well as dedicated personnel expertise for operation and maintenance.
Search Terms and Related Concepts
Relevant search terms include anaerobic culture system, anaerobic chamber, anaerobic box, anaerobic conditions, anaerobic culture, oxygen-free environment, anaerobic gas mixtures, anaerobic workstation, and microbiology anaerobic. Synonyms support targeted sourcing and searching.
Also known as
Anaerobic culture system
Anaerobic gas system
Anaerobic box
Anaerobic chamber
Anaerobic chamber system
Anaerobic laboratory device
System for anaerobic conditions
Anaerobic incubation unit
Anaerobic workstation
Related categories
Suitable brands
Frequently asked questions
What is an anaerobic system and what is it used for?
An anaerobic system is a laboratory device or apparatus that creates and maintains oxygen-free conditions. It is used to cultivate and analyze microorganisms that cannot tolerate oxygen.
What types of anaerobic systems are there?
Common types include anaerobic chambers (laboratory cabinets), anaerobic boxes for manual handling, and systems using chemical or mechanical oxygen removal methods. These differ in volume capacity, usability, and gas control.
What criteria are important when selecting an anaerobic system?
Key factors include the system's tightness against oxygen ingress, control of the gas mixture, size of the working chamber, compatibility with laboratory utensils, and ease of use.
How is maintenance and calibration of anaerobic systems performed?
Regular checks of oxygen sensors, cleaning of working chambers, inspection of seals, and, if necessary, replacement of gas filters or chemical components are part of standard maintenance.
What are the limitations of using anaerobic systems?
Anaerobic systems do not meet all microbiological requirements, especially for very small volumes or microaerophilic conditions. Additionally, skilled personnel are needed for operation.
For suppliers
Register as supplier
Supplier of Anaerobic system?
Present your company on LabFinder and be listed for this product category as well as suitable related categories and brands.