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Anaerobic Incubator LMAIR-A107

Anaerobic Incubator LMAIR-A107 features an RT+3 to 60℃ temperature range for controlled environments. Its operation chamber with deoxidization catalyst maintains anaerobic environment efficiently. Equipped with oil bottle pressure relief, it protects internal positive pressure and prevents air leakage. Incorporates touch screen interface providing simple, intuitive control and monitoring. Our Incubator enables oxygen-free cultivation and incubation of microorganisms in laboratory settings.

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Specifications

Volume 485L
Temperature Range RT+3 to 60℃
O2 Control Range Less than 5ppm (0.0005%)
Airlock Cycle Time Less than 10 minutes
Operation Chamber Cycle Time Less than 70minutes
Anaerobic Maintenance Time Greater than 13 hours
Timing Range 1 to 9999min
Heating Area Interior Incubator
Temperature Stability Less than ±0.3℃
Temperature Uniformity Less than ±1℃
Power Consumption 800W
Power Supply AC 220V,50HZ
Operation Chamber Size 950×680×750 mm
Sampling Chamber Size 400×330×320 mm
Internal Dimension 420×300×500 mm
External Dimension 1450×740×1420 mm
Net Weight 240 Kg
Gross Weight 320 Kg

Pricing

Product Price Unit Action
Anaerobic Incubator LMAIR-A107 $ 22200 Each of 1

Features

Automatic gas replacement

UV sterilizer

Stainless steel chamber

Impact-resistant window

Internal power socket

Liftable front cover

Latex gloves

Applications

Anaerobic Incubator LMAIR-A107 ensures anaerobic cultivation and monitoring of microorganisms for microbiology, pharmaceuticals, and food testing laboratories and research settings.

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Frequently Asked Questions

1 What is an Anaerobic Incubator?

An Anaerobic Incubator is an apparatus designed to create and maintain an oxygen-free environment to support the growth of anaerobic microorganisms.

2 How does an Anaerobic Incubator work?

It works by replacing atmospheric air with a gas mixture and maintaining controlled temperature and humidity to support anaerobic bacterial growth.

3 What kind of maintenance does Anaerobic Incubator enquire?

Regular maintenance includes proper checking of gas levels, cleaning of chamber, inspection of seals, calibration of sensors, and ensuring proper function of the oxygen-removal system.

4 What types of microorganisms grow in Anaerobic Incubator?

It supports the growth of obligate anaerobes, such as Clostridium species, and facultative anaerobes under reduced oxygen conditions.

5 How does Anaerobic Incubator differ from a regular incubator?

An Anaerobic Incubator creates an oxygen-free environment, whereas a regular incubator typically maintains atmospheric conditions.

6 How is Anaerobic Incubator used in clinical microbiology?

In clinical microbiology, it is used to culture anaerobic pathogens from patient samples to support diagnosis and treatment planning.

7 Why is Anaerobic Incubator important in pharmaceutical research?

It is important in pharmaceutical research for testing drug efficacy on anaerobic bacteria and developing new antibiotics targeting oxygen-sensitive microbes.

8 Can Anaerobic Incubator be used in food microbiology?

It is used in food microbiology to detect spoilage organisms and pathogens like Clostridium botulinum in canned or vacuum-packed food products.

9 How does Anaerobic Incubator support gut microbiome studies?

It allows researchers to culture gut microbiota under conditions that mimic the low-oxygen environment of the intestines, enabling accurate microbiome analysis.

10 How does Anaerobic Incubator aid in vaccine development?

It aids in vaccine development by enabling the growth of anaerobic bacteria used in the production of vaccines or for studying immune responses.