Cooling Incubator (BOD Incubator) 150 Liter B-One CIN-150

B-One CIN-150 Cooling Incubator (BOD Incubator) – Precision Environmental Control for Microbiological and Biochemical Testing

The B-One CIN-150 Cooling Incubator (BOD Incubator) is specifically designed to maintain stable low-temperature environments essential for biological oxygen demand (BOD) testing and microbial incubation. With a capacity of 150 liters and a temperature range from 0°C to 65°C, this incubator provides versatile performance for laboratories that require both cooling and heating. The unit integrates a hermetic air-cooled compressor with R134A refrigerant for efficient cooling, while the double evaporator switch ensures consistent internal conditions. Whether you’re running environmental studies, microbial cultures, or biochemical tests, the CIN-150 delivers dependable, accurate results.

Product Features

• Wide Temperature Range: Operates between 0°C to 65°C, suitable for both cooling and mild heating applications.

• Stable Thermal Performance: Offers a temperature fluctuation of only ±0.5°C and an accuracy of ±1°C to maintain sample integrity.

• High-Quality Cooling System: Features a hermetic air-cooled compressor with R134A refrigerant, ensuring consistent and energy-efficient cooling.

• User-Friendly Operation: The integrated 0–9999-minute timer allows for extended incubation cycles and time-controlled experiments.

• Durable Construction: The interior is well-insulated with sponge material, while the exterior is made from cold rolled steel with a durable powder coating.

• Efficient Defrosting: Equipped with a double evaporator switch for controlled defrost cycles, enhancing system stability.

• Built-In Safety: Includes a mechanical temperature limiter to prevent overheating or accidental temperature spikes.

• Compact Yet Spacious: With an internal volume of 150L, it offers generous space for sample incubation without taking up excessive lab space.

Applications

• BOD Testing: Ideal for wastewater and environmental laboratories conducting biochemical oxygen demand measurements.

• Microbiological Incubation: Provides the required low-temperature conditions for bacterial and fungal culture growth.

• Pharmaceutical Testing: Useful in stability testing and storage of temperature-sensitive substances.

• Plant and Animal Studies: Supports controlled temperature environments for seed germination and insect rearing.

• Food and Beverage Testing: Suitable for microbial analysis and shelf-life evaluations under defined conditions.

• Academic and Industrial Research: Delivers flexible temperature settings for various long-term experiments.

Specifications