Intelligent Anaerobic and Microaerophilic Culture System
A laboratory product in the Anaerobic Incubation System range for microbiology testing, sample preparation, pathogen detection or laboratory workflow support.
Request a QuoteProduct Introduction
The Intelligent Anaerobic and Microaerophilic Culture System is a multifunctional microbial culture environment generation system designed for anaerobic bacteria, microaerophilic bacteria, special oxygen concentration culture, and cell culture applications.
The system uses a vacuum replacement and exhaust principle to precisely control gas pressure changes inside the culture jar, thereby creating controlled anaerobic, microaerophilic, carbon dioxide, or customized oxygen concentration environments.
It is suitable for food safety testing, microbiology laboratories, pharmaceutical and biopharmaceutical quality control, environmental testing, agricultural and animal husbandry testing, research institutions, and comprehensive laboratory applications.
Working Principle
The system creates the required culture environment through vacuum replacement and gas exchange.
During operation, the instrument first performs self-detection and measures the local atmospheric pressure to obtain an accurate initial value. Then, by controlling vacuum extraction, gas replacement, and gas pressure variation, the system adjusts the oxygen concentration and gas composition inside the culture jar.
This process allows the system to generate anaerobic environments with 0% oxygen, microaerophilic environments with 6% oxygen, and other customized oxygen concentration conditions according to different microbial culture requirements.
The system can also automatically check gas source pressure, pipeline connection, jar sealing, lid sealing, and catalyst activity to help ensure stable culture conditions.
Main Applications
The Intelligent Anaerobic and Microaerophilic Culture System is suitable for the isolation, culture, and detection of microorganisms requiring anaerobic, microaerophilic, or special oxygen concentration environments.
Typical applications include:
- Anaerobic bacterial culture
- Microaerophilic bacterial culture
- Cell culture under controlled gas conditions
- Food safety microbiological testing
- Pharmaceutical and biopharmaceutical microbiology testing
- Environmental microbiology testing
- Agricultural and animal husbandry microbiology testing
- Drinking natural mineral water microbiological testing
- Research and teaching laboratories
The system can be used for the detection and culture of microorganisms such as Campylobacter jejuni, hemolytic streptococcus, Bifidobacterium, lactic acid bacteria, Shigella, and Clostridium perfringens.
Technical Specifications
| Item | Specification |
|---|---|
| Product Name | Intelligent Anaerobic and Microaerophilic Culture System |
| Model | HD-AN300 |
| System Principle | Vacuum replacement and exhaust control |
| Main Function | Generation of anaerobic, microaerophilic, CO₂, and special oxygen concentration environments |
| Anaerobic Environment | Oxygen concentration 0% |
| Microaerophilic Environment | Oxygen concentration 6% |
| Operation Mode | Large color touch screen |
| Control Function | One-click generation of anaerobic, microaerophilic, Campylobacter, and CO₂ culture conditions |
| Multi-Jar Mode | Multi-channel design for controlling multiple culture jars |
| Waste Gas Treatment | Built-in waste gas treatment device |
| Quality Control Check | Gas source pressure, pipeline connection, jar sealing, lid sealing, and catalyst activity |
| Gas Consumption for Microaerophilic Culture | ≤2 L / 12 plates |
| Gas Consumption for Anaerobic Culture | ≤7 L / 12 plates |
| Catalyst | Reusable anaerobic catalyst |
| Catalyst Activity Detection | Optional on/off control, 5-level activity evaluation |
| Culture Jar Options | 7 or more culture jar specifications |
| Printing Function | Built-in printing module |
| Oxygen Monitoring | Wireless oxygen concentration monitoring device |
| Monitoring Parameters | Oxygen concentration, temperature, humidity |
| Data Function | Data storage and export |
| Configuration | Main unit, culture jars, pressure reducing valve, catalyst, printer, wireless oxygen monitor, anaerobic mixed gas |
| Price Range | RMB 200,000–500,000, depending on configuration |
| Origin Category | China-made |
| Application Fields | Environmental testing, biological industry, agriculture, forestry, animal husbandry, fishery, pharmaceutical and biopharmaceutical, comprehensive laboratories |
System Functions
Anaerobic Environment Generation
The system can create a 0% oxygen anaerobic environment, making it suitable for the culture of strict anaerobic bacteria and microorganisms that require oxygen-free conditions.
Microaerophilic Environment Generation
The system can generate a 6% oxygen microaerophilic environment, suitable for microorganisms such as Campylobacter and other bacteria that require low oxygen levels for growth.
Special Oxygen Concentration Control
In addition to standard anaerobic and microaerophilic modes, the system can generate special oxygen concentration environments according to different microbial culture needs.
One-Click Operation
The system supports one-click generation of anaerobic, microaerophilic, Campylobacter, and carbon dioxide culture conditions. Operators do not need to manually set complex parameters, which improves ease of use and reduces operation errors.
Multi-Jar Control
The system is equipped with multiple channels and can control multiple culture jars at the same time. This design helps avoid waiting time and manual jar replacement during the environment generation process.
Waste Gas Treatment
A built-in waste gas treatment device automatically processes discharged harmful gases, reducing the risk of laboratory contamination and improving operating safety.
Core Components
The system is mainly composed of the system main unit, culture jars, pressure reducing valve, anaerobic catalyst, printer, wireless oxygen concentration monitoring device, and anaerobic mixed gas.
System Main Unit
The main unit controls vacuum extraction, gas replacement, pressure regulation, program operation, environment generation, data display, and system self-checking.
Culture Jars
The system is equipped with transparent culture jars. The clear jar body allows users to observe the culture status conveniently. Different jar sizes can be selected for different culture applications.
Pressure Reducing Valve
The pressure reducing valve is used to adjust gas source pressure. During adjustment, the instrument can display gas source pressure in real time, reducing the need to observe the pointer on the valve manually.
Anaerobic Catalyst
The system includes a reusable anaerobic catalyst to help achieve 0% oxygen concentration. The catalyst can be reused and does not generate chemical waste, making it suitable for routine laboratory use.
Built-in Printer
The built-in printing module allows users to print selected operation information, test records, or culture environment generation data according to laboratory documentation requirements.
Wireless Oxygen Monitoring Device
The wireless oxygen concentration monitoring device can monitor oxygen concentration during the culture process in real time. It can also monitor temperature and humidity. Data can be stored and exported for quality control and result analysis.
Culture Jar Options
The system supports seven or more culture jar specifications to meet different laboratory workloads and sample types.
Available jar options include:
| Culture Jar Type | Capacity / Application |
|---|---|
| Small Culture Jar | Holds 6 pieces of 90 mm culture dishes |
| Medium Culture Jar | Holds 12 pieces of 90 mm culture dishes |
| Double Culture Jar | Holds 24 pieces of 90 mm culture dishes |
| Campylobacter-Specific Culture Jar | Holds 8 double-well Campylobacter culture plates and 8 enrichment tubes |
| Microbial Identification Culture Jar | Holds 4 ELISA plates, cell culture plates, or identification strip culture plates |
| Shigella-Specific Culture Jar | Holds 10 culture bags |
| Large Culture Jar | Holds 36 pieces of 90 mm culture dishes, or four 250 ml Erlenmeyer flasks, or 8 homogenized sample bags |
The system can be expanded according to workload by adding culture jars of different sizes.
Quality Control Program
Each time the system generates a required gas environment, it performs five key checks on the culture jar:
- Gas source pressure check
- Pipeline connection check
- Jar body sealing check
- Jar lid sealing check
- Catalyst activity check
These quality control procedures help ensure that the culture jar maintains proper sealing and stable internal gas conditions during microbial incubation.
Oxygen Concentration Monitoring
The system can be configured with a wireless oxygen concentration monitoring device and built-in data processing software.
The monitoring device can:
- Monitor oxygen concentration in real time
- Monitor temperature
- Monitor humidity
- Store monitoring data
- Export monitoring information
- Support data analysis during the culture process
The sensor is compact and easy to place inside culture containers, making it convenient for routine laboratory monitoring.
Detection and Culture Workflow
A typical workflow includes:
- Prepare culture plates, enrichment tubes, culture bags, or other samples
- Place samples into the selected culture jar
- Connect the jar to the system channel
- Select anaerobic, microaerophilic, Campylobacter, CO₂, or custom culture mode
- Start one-click environment generation
- System performs pressure, sealing, pipeline, and catalyst checks
- The required gas environment is generated automatically
- Culture jar is transferred to the incubator for microbial culture
- Oxygen concentration, temperature, and humidity can be monitored if required
- Data can be printed, stored, or exported
Applicable Microorganisms
The system is suitable for the culture and detection of microorganisms that require anaerobic, microaerophilic, or special gas environments, including:
- Campylobacter jejuni
- Hemolytic streptococcus
- Bifidobacterium
- Lactic acid bacteria
- Shigella
- Clostridium perfringens
- Other anaerobic bacteria
- Other microaerophilic bacteria
- Special oxygen concentration culture microorganisms
Applicable Laboratories and Institutions
The Intelligent Anaerobic and Microaerophilic Culture System is suitable for:
- Food safety testing laboratories
- Pharmaceutical microbiology laboratories
- Biopharmaceutical quality control laboratories
- Environmental testing laboratories
- Agricultural and animal husbandry testing institutions
- Disease control laboratories
- Drinking water testing laboratories
- Research institutes
- Universities and teaching laboratories
- Third-party testing laboratories
Product Advantages
Accurate Gas Environment Control
The system uses vacuum replacement and pressure control to accurately generate the required gas environment inside the culture jar.
Multiple Culture Modes
It supports anaerobic, microaerophilic, Campylobacter, carbon dioxide, and customized oxygen concentration culture conditions.
One-Click Operation
Standard culture environments can be generated with one click, reducing manual operation and improving testing efficiency.
Multi-Jar Processing
The multi-channel design allows simultaneous control of multiple culture jars, making it suitable for laboratories with different sample volumes.
Built-in Quality Control
The system automatically checks pressure, pipeline connection, jar sealing, lid sealing, and catalyst activity before culture, improving reliability.
Lower Gas Consumption
The system helps reduce gas consumption, with microaerophilic gas consumption ≤2 L / 12 plates and anaerobic gas consumption ≤7 L / 12 plates.
Reusable Catalyst
The anaerobic catalyst can be reused and does not produce chemical waste, supporting long-term laboratory use.
Real-Time Monitoring
Wireless oxygen concentration monitoring supports real-time tracking of oxygen, temperature, and humidity during culture.
Expandable Configuration
Culture jars and gas cylinder connections can be upgraded according to laboratory workload and future testing needs.
Installation Requirements
Before installation, the laboratory should prepare a stable workbench, appropriate power supply, gas source connection, and suitable space for the system main unit and culture jars.
The instrument should be placed in a clean, dry, and well-ventilated laboratory environment. Gas cylinders and pressure reducing valves should be installed according to laboratory safety requirements.
Professional installation and training are recommended to ensure proper gas connection, system calibration, operation setup, and user safety.
Maintenance Requirements
Routine maintenance includes checking gas source pressure, inspecting pipeline connections, cleaning culture jars, checking sealing rings, verifying catalyst activity, maintaining the printer, and backing up monitoring data.
The reusable anaerobic catalyst should be stored and used according to operating requirements. Culture jars and lids should be regularly checked to ensure reliable sealing performance.
Operators should also perform regular system self-checks and quality control checks to maintain stable culture performance.
Packaging and Export
The system can be packed with protective materials to ensure safe transportation of the main unit, culture jars, pressure reducing valve, catalyst, printer, wireless monitoring device, and related accessories.
For export projects, technical documents, operation instructions, configuration guidance, installation support, and after-sales service can be provided according to customer requirements.
Customization Service
The system can be configured according to different laboratory workloads and application scenarios.
Optional customization may include:
- Additional culture jars
- Different culture jar sizes
- Additional gas cylinder connections
- Software upgrade
- Monitoring function expansion
- Application-specific culture configurations
- Data printing and export requirements
Final configuration can be adjusted according to the customer’s laboratory workflow, sample volume, and target microorganisms.
Related Equipment and Applications
This product can be used as part of a complete microbial culture and testing solution. Related equipment and application systems include:
- Intelligent anaerobic microbial culture system
- Multifunctional microbial culture system
- Anaerobic incubator
- Anaerobic glove box
- Anaerobic workstation
- Tri-gas incubator
- Anaerobic chamber
- Anaerobic culture system
- Anaerobic culture device
- Anaerobic gas generation bag
- Microaerophilic culture system
- Low-oxygen culture system
- Multifunctional anaerobic environment generation system
FAQ
1. What is the main function of this system?
The system is used to generate anaerobic, microaerophilic, carbon dioxide, and special oxygen concentration environments for microbial culture.
2. What oxygen concentration can the system generate?
It can generate a 0% oxygen anaerobic environment, a 6% oxygen microaerophilic environment, and other customized oxygen concentration conditions.
3. Can the system culture Campylobacter?
Yes. The system supports one-click generation of Campylobacter culture conditions and can be used for Campylobacter jejuni testing according to food safety laboratory requirements.
4. Can multiple culture jars be used at the same time?
Yes. The system uses a multi-channel design and can control multiple culture jars simultaneously.
5. Does the system include oxygen monitoring?
Yes. It can be equipped with a wireless oxygen concentration monitoring device that can also monitor temperature and humidity.
6. Is the anaerobic catalyst reusable?
Yes. The anaerobic catalyst can be reused and does not produce chemical waste.
7. What culture jar sizes are available?
The system supports seven or more culture jar specifications, including small, medium, double, Campylobacter-specific, microbial identification, Shigella-specific, and large culture jars.
8. Can the system be upgraded later?
Yes. Different quantities and sizes of culture jars can be added according to workload, and gas cylinder connections and software can also be upgraded.
9. What industries is this product suitable for?
It is suitable for environmental testing, biological industry, agriculture, forestry, animal husbandry, fishery, pharmaceutical and biopharmaceutical laboratories, food safety testing, and research institutions.
10. Are product specifications fixed?
Product appearance, structure, performance, and specifications may change due to continuous product upgrades. Final configuration and parameters should be confirmed according to the latest manufacturer information.