A Guide on the Use of A BOD Incubator
The testing of microbiology products requires microbiologists to monitor factors such as bacterial growth and cell cultures for successful evaluation. The BOD incubator enables straightforward operation as one of their most commonly employed testing instruments to sustain temperatures required for testing tissue and culture growth. The testing instrument allows you to store bacterial cultures before running them through the highest required temperature incubation period. The past years have witnessed a significant growth in chamber utilization. This section provides extensive information about the BOD incubator working principle and specifications together with their key features. So, let us get started!
Introduction about BOD Incubator
One of the extensively used testing instruments BOD incubator which enables microbiology labs and related areas to create artificial environmental conditions. High insulation and imported glass wool ergonomics make up this testing instrument which provides minimal heat retention. Operating this testing instrument becomes simple because digital controls are present to display results digitally. The biochemical oxygen demand incubator enables the growth of moulds and yeasts by featuring resistance to external temperature variations and environmental factors. The testing instrument maintains an even temperature distribution without heat leakage throughout its operation period. The microbiology industry primarily uses this testing instrument because the need for different temperature levels during testing samples exists frequently. The article also explains how BOD incubators contribute to laboratory processes.
BOD Incubator working principle
Microbiology laboratories heavily depend on the BOD incubator working principle for their testing operations. The testing instrument uses microbe samples during which these samples consume oxygen. The quantity of oxygen consumption in this testing instrument results in decreased oxygen levels. Oxygen functions as the electron receptor while the dietary material obtained from microbes provides the necessary energy for survival. Analysts determine oxygen depletion through COD which stands for chemical oxygen demand testing procedures.
- A laboratory method to execute the test follows the BOD incubator principle which operates as such:
- The air-tight bottle will accept the testing sample. The personnel place the bottle inside the incubator for a specific period at pre-determined conditions.
- The analysis of dissolved oxygen within the sample will begin and end through separate measurements after the incubation duration concludes.
- The evaluation of BOD will be achieved by computing the measured difference after the test.
- The dissolved oxygen plays an essential role in microbial survival since it helps them operate efficiently.
- The pre-defined value of dissolved oxygen will generate foul-smelling anaerobic bacteria.
- The corrupting effect of contamination within the testing phase will cause the procedure to fail.
BOD Incubator specifications
The BOD incubator works as a dependable testing device that provides controlled temperature environments for performing accurate sample analysis. The testing instrument enables you to establish multiple environmental conditions essential for running tests effectively. The testing instrument comes with these technical specifications:
- Temperature: 10°- 60° Celsius.
- The capacity of the Chamber: 125 litres
- Dimensions - 590x815x950mm
- Inner Body: Stainless Steel
- The external container consists of mild steel with proper powder coating.
- Display & Control: Digital LCD
The following section provides the complete set of technical features this testing instrument entails. The next part examines its characteristics.
Features of BOD Incubator
The testing instrument finds wide utility in measuring bacterial cultures along with other small organisms. As an industry leader, this company provides manufacturing services and operational supply of advanced examination equipment. This particular testing cabinet uses its cooling mechanism to develop low temperatures within its chamber for both property evaluation of material samples and testing device operational readiness determination. You can purchase this testing instrument as a digital model which comes in varying capacity options. These features become accessible when you use a BOD incubator according to the list presented below.
- Users can operate the tests efficiently through a graphical user interface with a menu system.
- The testing instrument utilizes high-grade imported glass wool insulation to deliver precise results within uniform temperature conditions.
- The thermal efficiency reaches its peak level through insulation processes.
- The machine utilizes feather touch controls together with automatic heat cool operation control.
- The system provides an easy approach to handling data while creating records for product identification together with test details.
- The instrument includes hardware and software that come with a built-in CD.
- The testing instrument offers RTC-based timer controls together with PID parameters which users can access.
- The device includes built-in automatic tuning capabilities with password security features.
- This device includes automatic controller calibration through the master PID system.
- The advanced PID controller allows users to set RTD PT-100 sensors.
- The machine features an automatic shutdown feature which operates before reaching the designated period.
- When you open the chamber door the inbuilt light sensor activates automatic light operations.
Some valuable features become available through the BOD incubator operation. Different applications can be found for BOD incubators among other useful media.
Conclusion:
The BOD incubator stands as a top solution that delivers precise and dependable testing capabilities to samples. Summarizing its advanced set of features and easy-to-use interface makes this instrument maintain your competitive edge with the BOD incubator working principle. Professional researchers and quality control specialists together with scientists will find this testing instrument creates accurate results for their work.
Our experts are available to provide you with complete information, together with pricing and operational specifications. Contact our team to receive assistance in maximizing the potential of this testing instrument through a simple phone call. Begin your pursuit of accurate test results by taking your first move.
