Easily Create Anaerobic Environments with the Anoxomat Device…

In microbiological culture studies, many types of bacteria require different culture environments. Especially microaerophilic bacteria, anaerobic bacteria, capnophilic bacteria, Helicobacter, etc. The Advanced Instruments Anoxomat®III device is designed to provide a solution for this purpose. Currently, bag systems with palladium or sulfur particles are used for these processes, but the traceability, reliability, and accuracy of results from these systems are always open to question. In addition, the continuous consumable dependency in the GasPak system is eliminated. With a single gas mixture cylinder, you can perform your processes with the Anoxomat device for about 6 months without interruption. (This duration may vary depending on usage frequency and jar size). After purchasing the device, your only need is to refill the gas cylinder according to your usage frequency. You can easily repeat, verify, and trace your processes.
With the Advanced Instruments Anoxomat®III anaerobic and microaerophilic environment device, represented by our company, you obtain reliable results; you can verify by performing pre-checks of the jars with a leak test before starting the process, and then begin the process with the push of a button. You can monitor process steps on the screen or get a printout (optional) for each process performed. With correct gas mixtures, you create precise and accurate culture environments.
Anoxomat provides the most effective and reliable way to create precise, repeatable conditions, as it rapidly removes oxygen from a jar and replaces it with exact amounts of anaerobic, microaerophilic, or capnophilic gas mixtures.

How Does the Anoxomat®III System Work?

The system consists of a main control unit, a special gas mixture cylinder connected to this unit, a jar connection linked to the unit, and jars. Before starting, the device checks gas pressure and then performs jar pressure testing, leak testing, and catalyst testing to ensure the jar is safely sealed. It then quickly removes the air inside the jar and replaces it with the special gas mixture. After this process, you can safely take your jar and place it in the incubator to carry out your culture.
Jar systems include screw-cap systems and ergonomic locking systems. Thanks to the locking systems, errors caused by over-tightening in manually controlled lids are prevented, and jar deformation is avoided.

You need to increase efficiency. But how? The answer is Anoxomat.

  • Automatic quality control system: Anoxomat monitors the environment, so you don’t waste time incubating jars in an unstable environment.
  • Simplifies workflow: Set the jars and return to your work while the device runs.
  • Low maintenance: Less downtime and no workflow interruptions.
  • Process more samples in-house: Smaller labs save money.
  • Process up to 4 jars at once: Allowing you to do more in less time.

Differences Compared to Other Anaerobic Environment Systems

In the consumable-based GasPak system, there are many uncertainties: since there is no control mechanism, was the exact environment required for the bacteria achieved? Was there any leakage in the jar? Did condensation occur? Was the jar size sufficient since it comes in a standard size? The Anoxomat®III anaerobic and microaerophilic environment device quickly creates the required microaerophilic low-oxygen or completely anaerobic oxygen-free environment by using a gas cylinder containing %5 H2 + %10 CO2 + %85 N2 (nitrogen balance).
In the GasPak system, the outlets on the jar are actually designed for the vacuuming process performed by our device, but in general use this must be done manually. Users typically tear the sachets, place them inside the jar, and close the jar before placing it in the incubator. This practice can lead to incorrect results in some studies. The Advanced Instruments Anoxomat®III anaerobic and microaerophilic environment device is designed to prevent such situations.
When culturing B. fragilis, all Anoxomat jars produced larger average colony diameters than those obtained with BD GasPak 100 jars. Table: When culturing B. fragilis, all Anoxomat jars produced larger average colony diameters than those obtained with BD GasPak 100 jars.

The Anoxomat®III anaerobic and microaerophilic environment device provides accurate results and standardized studies, making it suitable for use in hospital central laboratories, microbiology units, infection units, food inspection laboratories, breweries, beverage factories, and many other fields.

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