Laboratory Digital Incubator 160L

Laboratory Digital Incubator 160L

Constant Temperature Incubator A laboratory digital incubator is used to create and maintain a precisely controlled environment for biological growth and experiments. Its main uses include cultivating microorganisms like bacteria and fungi, growing and maintaining cell lines, conducting biochemical and pharmaceutical tests, and performing food and environmental analyses. The digital controller allows for accurate, stable temperature control

It is applied in industrial and mining enterprise, food processing industry, agriculture, biochemistry and medicine industry for bacteria and microorganism culturing.

Features:
LCD display
Microprocessor temperature controller.
The working chamber adopts round angle structure , easy to clean.
Double door design and magnetic door sealing.
Castors are equipped for easy movement.
Water-jacket function which helps to keep long time temperature upon power off.
Water overflow protection
Safety function:
Over temperature protection, temperature sensor malfunction alarm.
Parameters can be saved automatically when power off or system error.
High and low water level alarm, automatic heating off for low water level.

Laboratory Digital Incubator 160L Basic Info.

Model NO: BJPX-H50/80/160/270III Temp. Range: t+5~60 ºC Temp. Fluctuation: ±0.2 ºC Time Range: 1~9999mins Consumption: 600W/900W/1200W/2100W Capacity: 80L Gross Weight (Kg): 56 Transport Package: Carton, Wooden Specification: 160L Laboratory Digital Incubator 160L Laboratory Digital Incubator 160L Key uses

• Microbiological cultures: Growing bacteria, yeast, and fungi for research, diagnostic, and industrial purposes.
• Cell culture: Cultivating and maintaining mammalian, plant, and other cell lines under optimal conditions.
• Antibiotic sensitivity testing: Performing tests to determine a bacterium’s susceptibility to various antibiotics.
• Pharmaceutical development: Aiding in research, development, and quality control for drug manufacturing.
• Food analysis: Testing food for microorganisms to ensure safety and quality.
• Environmental testing: Measuring parameters like biological oxygen demand (BOD) in water and soil samples.
• Biochemical and hematological studies: Supporting a variety of experiments that require a stable, controlled environment.

Key features of digital incubators

• Precise temperature control: Digital controllers, often with PID function, ensure accurate and consistent temperature maintenance for reproducible results.
• Uniform heat distribution: Designed to provide a consistent temperature throughout the chamber.
• Humidity and CO2

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  control:

  Advanced models can also regulate humidity and CO2

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  levels, which is crucial for sensitive cell cultures.

• Observation: Often feature toughened glass inner doors, allowing researchers to view samples without disturbing the internal environment.