Looking for BOD Incubator Manufacturers in Chennai? At Jayam Laboratory Productsget laboratory BOD incubators for biochemical oxygen demand testing, microbiology, water testing, research and controlled low-temperature applications.
BOD incubators are specialized laboratory instruments designed to maintain controlled low temperatures for Biochemical Oxygen Demand (BOD) testing, microbiological studies, environmental testing, sample preservation and research applications. Jayam Laboratory ProductsChennai offering BOD incubators in different capacities, temperature ranges and configurations.
BOD incubators generally combine heating and refrigeration systems to maintain temperatures below or around normal laboratory incubation conditions. Jayam Laboratory ProductsChennai manufacturers offer models with digital temperature controllers, PID control, RTD sensors, forced-air circulation, stainless-steel chambers, insulated construction, adjustable shelves and compressor-based cooling systems.
For example, Chennai-based Jayam Laboratory Products lists BOD incubators with a 5°C to 60°C control range, ±1°C accuracy and capacities from 112 to 420 litres. Other Chennai manufacturers list models with 5°C–60°C operation and tighter stated control accuracy, depending on configuration.
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A BOD incubator, also called a Biological Oxygen Demand or Biochemical Oxygen Demand incubator, is a temperature-controlled laboratory chamber used to maintain samples at a specified temperature for BOD determination and other controlled-temperature applications.
Unlike a conventional heating incubator, a BOD incubator incorporates both heating and cooling systems, allowing it to maintain relatively low and stable temperatures. Forced-air circulation can help distribute conditioned air throughout the chamber.
BOD incubators are commonly used in water-testing laboratories, environmental laboratories, microbiology laboratories, pharmaceutical research facilities, food-testing laboratories, biotechnology laboratories, colleges and research institutions.
Digital BOD Incubator:Â Digital BOD incubators use electronic temperature controllers and digital displays to monitor chamber temperature.
PID Controlled BOD Incubator:Â PID-based controllers can provide more precise temperature regulation. Some Chennai suppliers specify microprocessor-based PID controllers with RTD sensors.
Refrigerated BOD Incubator:Â Refrigerated models include a compressor-based cooling system to maintain temperatures below ambient conditions.
Forced Air Circulation BOD Incubator:Â These models use a fan or blower to circulate conditioned air through the chamber and improve temperature distribution.
Stainless Steel BOD Incubator:Â Stainless-steel interiors are commonly selected for durability, corrosion resistance and ease of cleaning.
Laboratory BOD Incubator:Â Laboratory models are available in compact and medium capacities for water testing, microbiology, research and educational applications.
Customized BOD Incubator:Â Manufacturers can provide customized chamber sizes, shelf arrangements, materials, controls and other features according to application requirements. Chennai listings include customized vertical and horizontal BOD incubator configurations.
The primary application is maintaining controlled temperature conditions for BOD testing of water and wastewater samples.
Environmental laboratories use BOD incubators as part of laboratory procedures for evaluating organic pollution and wastewater characteristics.
BOD incubators can provide controlled-temperature conditions for selected microbiological studies and microorganism cultivation.
They are useful for laboratory studies related to water pollution, sewage, environmental monitoring and related research.
Food and beverage laboratories can use temperature-controlled incubation equipment for selected microbiological and quality-control procedures.
BOD incubators can be used for suitable laboratory research, preservation and controlled-temperature studies. Some manufacturers also list applications involving vaccines, insulin, extracts and chemicals.
Controlled-temperature chambers are useful for selected biotechnology and microbiological research applications.
BOD incubators can support plant tissue, seed and related controlled-temperature studies depending on the required environmental conditions.
Universities, engineering colleges and science laboratories use BOD incubators for environmental engineering, microbiology, biotechnology and laboratory training.
Common features offered by BOD incubator manufacturers include:
Actual features vary by manufacturer and model.
Global Scientific Company in Chennai, for example, lists BOD incubators with a 5°C–60°C range, microprocessor-based PID control, RTD sensor, auto-defrost and compressor control features.
Specifications depend on the required application, capacity and manufacturer. Typical specifications include:
| Specification | Typical Options |
| Equipment | BOD Incubator |
| Application | BOD Testing / Microbiology / Environmental Testing |
| Temperature Range | Approximately 5°C to 60°C |
| Temperature Accuracy | Approximately ±0.2°C to ±1°C, depending on model |
| Controller | Digital / PID / Microprocessor |
| Sensor | RTD / PT100 |
| Cooling | Compressor-based refrigeration |
| Air Circulation | Forced air circulation |
| Inner Chamber | SS 304 / Stainless Steel |
| Outer Body | Mild Steel / Powder Coated Steel / Stainless Steel |
| Insulation | PUF / Glass Wool / Thermal Insulation |
| Shelves | Adjustable stainless-steel shelves |
| Door | Insulated / Glass Inner Door |
| Power Supply | Typically 220–240V, single phase |
| Timer | Digital / Programmable |
| Capacity | Approximately 100 L to 400+ L; customized options available |
| Safety | Temperature alarm / thermal protection / compressor protection |
For reference, one Chennai manufacturer lists 112 L, 171 L, 280 L, 340 L and 420 L configurations, while another Chennai source lists 150 L and 250 L models operating from 5°C to 60°C with ±0.5°C stated accuracy.
These specifications are representative rather than universal. Final specifications should be confirmed against the manufacturer’s current technical datasheet.
Precise Temperature Control:Â A BOD incubator provides controlled temperature conditions required for laboratory testing and research applications.
Heating and Cooling:Â The integrated heating and refrigeration systems allow the chamber to maintain temperatures below or above ambient conditions as required by the selected model.
Temperature Uniformity:Â Forced-air circulation can help distribute conditioned air more evenly inside the chamber.
Durable Construction:Â Stainless-steel chambers and insulated double-wall construction are commonly used for laboratory applications.
Easy Monitoring:Â Digital temperature displays allow laboratory personnel to monitor operating conditions.
Adjustable Storage:Â Multiple adjustable shelves allow users to organize samples according to chamber capacity.
Low-Temperature Operation:Â The refrigeration system allows BOD incubators to operate at controlled low temperatures, unlike conventional heating-only incubators.
Custom Configurations:Â Manufacturers may provide different capacities, chamber dimensions, shelf arrangements and control options.
When purchasing a BOD incubator for an environmental laboratory, consider:
For regulated or quality-controlled laboratories, it is advisable to establish calibration and verification requirements according to the laboratory’s applicable standards and procedures.
Microbiology laboratories may require controlled-temperature incubation for different research and testing applications. BOD incubators can be useful when the required temperature is lower than the range of a conventional heating incubator.
Depending on the application, manufacturers may offer options such as:
The required temperature range should always be matched to the specific microbiological procedure.
Before selecting a manufacturer, compare the following factors:
Chennai has a substantial laboratory-equipment market, with BOD incubator manufacturers and suppliers listed in areas such as Thirumudivakkam, Guindy, Kolathur, Alandur, Porur, Padi, Ambattur, Perungudi, Kodambakkam, Nungambakkam and Madhanandapuram.
Examples identified in current Chennai listings include manufacturers such as Hasthas Scientific Instruments, Ramtech Laboratory Products and Global Scientific Company, while directories also list Technico Laboratory Products, EPS Biosolutions and other Chennai suppliers.
When creating a commercial landing page, it is better to verify each manufacturer’s current product availability, specifications and service area before publishing supplier-specific claims.
The price of a BOD incubator depends on:
Online Chennai listings show indicative prices ranging from approximately ₹35,000 to ₹98,000 and above, while specialized or larger models can cost more. These are marketplace/listing prices and should not be treated as fixed market rates.
For an accurate quotation, provide the manufacturer with the required capacity, temperature range, application, quantity and preferred construction.
Choosing Jayam Laboratory Productsthe right BOD Incubator Manufacturers in Chennai is important for laboratories requiring reliable temperature-controlled conditions for BOD testing, water analysis, microbiological research and environmental testing. Jayam Laboratory ProductsChennai providing digital BOD incubators, refrigerated incubators, forced-air circulation models, stainless-steel chambers and customized laboratory configurations.
Before purchasing, compare temperature range, accuracy, capacity, cooling system, controller, chamber construction, airflow, safety features, calibration requirements and after-sales support. Selecting the appropriate configuration can help laboratories maintain consistent environmental conditions for their intended testing and research procedures.
A BOD incubator is a temperature-controlled laboratory chamber used primarily for Biochemical Oxygen Demand testing and other low-temperature incubation applications.
Many models operate around 5°C to 60°C, although the actual range varies by manufacturer and model.
Its primary use is maintaining controlled temperature conditions for BOD determination. It can also be used for selected microbiology, environmental, food, pharmaceutical and research applications.
A conventional incubator generally focuses on heating, whereas a BOD incubator incorporates cooling and heating systems to maintain lower controlled temperatures.
Yes. Stainless-steel inner chambers are widely available, with some manufacturers offering complete stainless-steel configurations.
Capacities vary considerably. Chennai manufacturers list configurations from approximately 100 litres to more than 400 litres, with customized sizes also available.
Yes. Jayam Laboratory ProductsManufacturers may offer customized capacity, chamber dimensions, shelf configuration, construction materials and control options depending on the application.
Digital and microprocessor-based PID controllers with RTD/PT100 sensors are commonly available.
Yes. Many BOD incubators use fan-assisted or forced-air circulation to improve temperature distribution.
Water-testing laboratories, environmental laboratories, microbiology laboratories, pharmaceutical companies, biotechnology laboratories, food-testing laboratories, educational institutions and research centres use BOD incubators.
Pricing depends on capacity, specifications and features. Current online listings show several Chennai models in the ₹35,000–₹98,000 range, but actual quotations can vary.
Provide the required temperature range, chamber capacity, application, number of samples, preferred construction, controller requirements, electrical supply and quantity.
