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Anaerobic Jar LMAJ-B100 accommodates 24 standard petri dishes arranged in 3 uniform stacks of 8 each. Built from Polymethyl Methacrylate for clear visibility and reliable structural integrity. It features a stainless-steel clamp in color-coded finish for effortless sealing and easy identification. Integrated with an O-ring seal that safeguards internal atmosphere from external air contamination interference. Our Anaerobic Jar is designed with lightweight frame for easy to handle and transport in laboratory workstation.
Specifications
| Type | Hermetic Jar |
| Contents | 3 stacks of 8 Petri dishes |
| Petri Dish Holder | 3/15 R |
| Material | PMMA |
| Clamp | Colored stainless steel clamp |
| O-Ring | Yes |
| Time Duration | 4 hours per cycle |
| Petri Dish Diameter | 90 to 100 mm |
| Packaging Dimension (L×W×H) | 370 × 370 × 370 mm |
| Gross Weight | 6.0 kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Anaerobic Jar LMAJ-B100 | $ 1537.5 | Each of 1 |
Features
Hermetically Enclosure Configuration
4-Hour Incubation Cycle
Uniform Gas Circulation
Wide Base Surface
Corrosion-Resistant Components
Applications
Anaerobic Jar LMAJ-B100 is vital for fermentation research involving lactic acid and ethanol-forming bacteria under controlled growth conditions.
Selection Guide
Anaerobic Jar LMAJ-B100 is suitable for research studies and experiments that require the cultivation of anaerobic microorganisms in a sealed, oxygen-free environment. This hermetic-type jar is ideal for microbiology applications in clinical diagnostics, pharmaceutical testing, and food safety research where maintaining strict anaerobic conditions is critical. It accommodates 3 stacks of 8 Petri dishes using a 3/15 R Petri dish holder configuration, allowing efficient sample processing. Constructed from PMMA (polymethyl methacrylate), the jar provides excellent clarity for visual observation while providing a durable and airtight chamber. Customers working under GLP or GMP compliance standards can rely on this model for routine anaerobic culture setups and medium-throughput analysis.
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Frequently Asked Questions
1 What is An Anaerobic Jar LMAJ-B100?
An Anaerobic Jar LMAJ-B100 is sealed, transparent chamber designed to cultivate anaerobic microorganisms by maintaining an oxygen-free environment.
2 How does an Anaerobic Jar LMAJ-B100 work?
An Anaerobic Jar LMAJ-B100 works on the principle of removing oxygen to create an anaerobic environment suitable for the growth of anaerobic microorganisms.
3 Can Anaerobic Jar LMAJ-B100 be used for clinical microbiology?
Anaerobic Jar LMAJ-B100 is ideal for culturing anaerobic pathogens like Clostridium in clinical samples.
4 Can Anaerobic Jar LMAJ-B100 be used in pharmaceutical labs?
Anaerobic Jar LMAJ-B100 helps test the efficacy of antibiotics against anaerobic bacteria.
5 Is Anaerobic Jar LMAJ-B100 useful for fermentation studies?
Anaerobic Jar LMAJ-B100 allows controlled anaerobic conditions for studying ethanol or lactic acid fermentation.
6 Can Anaerobic Jar LMAJ-B100 be used to culture anaerobic probiotics?
Anaerobic Jar LMAJ-B100 provides the oxygen-free environment required to grow probiotic strains like Bifidobacteria.
7 Is Anaerobic Jar LMAJ-B100 useful for testing anaerobic corrosion?
Anaerobic Jar LMAJ-B100 simulates anaerobic conditions for studying microbial corrosion on metals.
8 Can Anaerobic Jar LMAJ-B100 be used to ferment lignocellulosic hydrolysates to ethanol?
Anaerobic Jar LMAJ-B100 enables anaerobic fermentation of plant-based sugars by ethanol-forming microbes.
9 Can Anaerobic Jar LMAJ-B100 be used in biofuel research to test ethanol yields?
Anaerobic Jar LMAJ-B100 allows controlled anaerobic environments to evaluate ethanol yields from microbial fermentation.
10 What kind of maintenance does Anaerobic Jar LMAJ-B100 require?
Routine maintenance includes cleaning of the inner chamber, lid, O-ring, and Petri dish racks to maintain a sterile, airtight environment.
11 What is an Anaerobic Jar?
An Anaerobic Jar is an apparatus designed to create an oxygen-free environment for growing anaerobic bacteria.
12 How does Anaerobic Jar work?
It creates an oxygen-free environment by using a chemical packet that absorbs oxygen.
13 What types of organisms are grown in Anaerobic Jar?
It is used to grow anaerobic bacteria such as Clostridium spp., Bacteroides spp. and Fusobacterium spp.
14 Can Anaerobic Jar be used for both liquid and solid cultures?
It can be used for both liquid and solid cultures.
15 What is the difference between an Anaerobic Jar and an Anaerobic Chamber?
An Anaerobic Jar is a small, portable device that creates anaerobic conditions in a sealed container, whereas an Anaerobic Chamber consists of large controlled environment for handling cultures without exposure to oxygen.
16 Can Anaerobic Jar be used to grow facultative anaerobes?
It is used to grow facultative anaerobes, as they can survive both in presence and absence of oxygen.
17 Can Anaerobic Jar be used to culture both pathogenic and non-pathogenic bacteria?
It can culture both pathogenic and non-pathogenic anaerobic bacteria.
18 Can Anaerobic Jar be used in a clinical setting?
It is commonly used in clinical microbiology to isolate and grow anaerobic bacteria from samples like blood, tissue and body fluids.
19 Can Anaerobic Jar be used to study biofilms?
It is used to culture anaerobic bacteria that form biofilms.
20 Can Anaerobic Jar be used in research applications?
It is commonly used in research for studying physiology, biochemistry and genetics of anaerobic microorganisms.