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Anaerobic Jar LMAJ-A103 offers a 7-liter capacity for effective laboratory experiments. It provides a cycle duration of 3 to 5 minutes for optimal microaerophilic environments. It is designed as a pumping container to maintain low-oxygen conditions effectively. It features transparent construction for easy visual inspection without opening. Our Anaerobic Jar provides O-ring for a secure, leak-proof seal, preserving the integrity of the controlled atmosphere.
Specifications
| Type | Pumping Jar |
| Capacity | 7 L |
| 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 | 3 to 5 minutes per cycle |
| Petri Dish Diameter | 90 to 100 mm |
| Jar Dimension (Ф × H) | 240 × 160 mm |
| Packaging Dimension (L×W×H) | 370 × 370 × 370 mm |
| Gross Weight | 6.3 kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Anaerobic Jar LMAJ-A103 | $ 1562.5 | Each of 1 |
Features
Petri Dish Holder
Polymethyl Methacrylate (PMMA) build
Lightweight and Portable
Easy Cleaning
Colored stainless steel clamp
Applications
Anaerobic Jar LMAJ-A103 is employed for culturing oxygen-dependent microorganisms from patient samples in medical diagnostic facilities.
Selection Guide
Anaerobic Jar LMAJ-A103 is best suited for research and experimental setups requiring large sample handling under oxygen-free conditions. With a 7 L capacity, it accommodates 3 stacks of 8 Petri dishes, making it suitable for high-throughput microbial culturing, especially in pharmaceutical, clinical, and food microbiology studies. The jar features a pumping-type mechanism, ensuring efficient anaerobic conditions crucial for cultivating strict anaerobes. Equipped with a 3/15 R Petri dish holder, it provides flexibility in sample arrangement. Customers involved in experiments requiring consistent anaerobic environments, validation under GLP/GMP protocols, or processing multiple culture batches will find this model highly efficient and reliable.
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Frequently Asked Questions
1 What is an Anaerobic Jar LMAJ-A103?
Anaerobic Jar LMAJ-A103 is a transparent pumping-type chamber designed to create an oxygen-free environment for culturing anaerobic microorganisms in laboratory settings.
2 How does an Anaerobic Jar LMAJ-A103 work?
Anaerobic Jar LMAJ-A103 operates on the principle of removing oxygen by vacuum and converting residual oxygen into water using hydrogen gas and a palladium catalyst.
3 Is Anaerobic Jar LMAJ-A103 applicable in food safety testing?
Anaerobic Jar LMAJ-A103 helps detect anaerobic bacteria in food samples to ensure safety and compliance.
4 Can Anaerobic Jar LMAJ-A103 be used in microbiome research?
Anaerobic Jar LMAJ-A103 maintains strict anaerobic conditions required for culturing gut microbiota and other microbiomes.
5 Can Anaerobic Jar LMAJ-A103 be used in plant root microbiology?
Anaerobic Jar LMAJ-A103 supports cultivation of anaerobic microbes associated with rhizosphere and root environments.
6 Is Anaerobic Jar LMAJ-A103 applicable in industrial enzyme production?
Anaerobic Jar LMAJ-A103 allows growth of anaerobic microbes that produce industrially relevant enzymes under oxygen-free conditions.
7 Can Anaerobic Jar LMAJ-A103 help in anaerobic degradation of pharmaceutical contaminants?
Anaerobic Jar LMAJ-A103 cultivates anaerobic microbes that break down pharmaceutical pollutants in environmental samples.
8 Can Anaerobic Jar LMAJ-A103 be applied in bioplastic production studies?
Anaerobic Jar LMAJ-A103 supports the growth of anaerobic bacteria involved in producing biopolymers like PHAs.
9 Can Anaerobic Jar LMAJ-A103 be used in bioelectrochemical systems research?
Anaerobic Jar LMAJ-A103 maintains anaerobic conditions for microbes used in microbial fuel cells and related systems.
10 What kind of maintenance does Anaerobic Jar LMAJ-A103 require?
Routine maintenance including regular cleaning of chamber walls, inspection of O-rings for leaks, ensuring airtight seals to maintain an anaerobic 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.