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Anaerobic Jar LMAJ-B101 offers a 25 R culture plate holder for secure arrangement during workflow. It features a 4-hour continuous cycle that ensures consistent incubation without disruption. Equipped to accommodate culture plates ranging from 90 to 100 mm in diameter. Built in transparent chamber allows easy internal observation without opening the container. Our Anaerobic Jar provides inert inner walls that resist microbial activity and chemical-based deterioration.
Specifications
| Type | Hermetic Jar |
| Contents | 1 stack of 12 Petri dishes |
| Petri Dish Holder | 25 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) | 245 × 215 × 395 mm |
| Gross Weight | 2.5 kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Anaerobic Jar LMAJ-B101 | $ 1462.5 | Each of 1 |
Features
Durable PMMA (Polymethyl Methacrylate)
High-Quality O-Ring
Lightweight Structure
Color-Coded Stainless Steel Clamp
Anti-Slip Base Surface
Applications
Anaerobic Jar LMAJ-B101 is vital for bacterial culture processes in pharmaceutical development and quality control analysis.
Selection Guide
Anaerobic Jar LMAJ-B101 is suitable for research studies and experiments focused on the cultivation of anaerobic microorganisms in tightly sealed, oxygen-free conditions. This hermetic-type jar is ideal for microbiology applications such as clinical diagnostics, pharmaceutical analysis, and food safety testing, where maintaining an anaerobic atmosphere is essential. It accommodates 1 stack of 12 Petri dishes using a 25 R Petri dish holder, making it well-suited for small to medium sample volumes. Made from PMMA (polymethyl methacrylate), the jar provides excellent transparency for easy observation and ensures a durable, airtight chamber. Customers following GLP or GMP procedures can confidently use this model for consistent anaerobic culture setups and low-to-medium throughput applications.
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Frequently Asked Questions
1 What is an Anaerobic Jar LMAJ-B101?
An Anaerobic Jar LMAJ-B101 is a laboratory apparatus designed to create an oxygen-free environment that allows the cultivation of anaerobic bacteria.
2 How does an Anaerobic Jar LMAJ-B101 work?
An Anaerobic Jar LMAJ-B101 operates by creating an oxygen-free sealed environment that allows anaerobic bacteria to grow.
3 Can Anaerobic Jar LMAJ-B101 be used for quality control of sterile pharmaceuticals?
Anaerobic Jar LMAJ-B101 helps detect anaerobic contaminants in sterile drug products.
4 Is Anaerobic Jar LMAJ-B101 suitable for antibiotic susceptibility testing?
Anaerobic Jar LMAJ-B101 provides an anaerobic environment to test antibiotics against anaerobic bacteria.
5 Can Anaerobic Jar LMAJ-B101 be used in food industry microbiology?
Anaerobic Jar LMAJ-B101 helps in testing anaerobic bacterial contamination in food products.
6 Can Anaerobic Jar LMAJ-B101 be used for bioburden testing in anaerobic conditions?
Anaerobic Jar LMAJ-B101 supports anaerobic bioburden assessments in pharmaceutical products.
7 Can Anaerobic Jar LMAJ-B101 be used for quality control testing in fermentation industries?
Anaerobic Jar LMAJ-B101 is useful for monitoring anaerobic microbial contamination in fermentation processes.
8 Is Anaerobic Jar LMAJ-B101 applicable in endotoxin testing for anaerobic bacterial contaminants?
Anaerobic Jar LMAJ-B101 is used to culture anaerobic bacteria that may produce endotoxins.
9 Is Anaerobic Jar LMAJ-B101 effective for anaerobic culturing of bioengineered microorganisms?
Anaerobic Jar LMAJ-B101 supports growth conditions needed for genetically engineered anaerobic strains.
10 What kind of maintenance does Anaerobic Jar LMAJ-B101 require?
Routine maintenance includes cleaning the inner chamber and lid, regularly inspecting the O-ring and clamps, and checking for air leaks to ensure proper anaerobic conditions are maintained.
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.