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Thermic Bacteriological Incubator

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INTRODUCTION
Thermic bacteriological incubator is a specialized laboratory equipment Designed to provide a controlled environment for the cultivation and Growth of bacteria, yeast, and other microorganisms. This controlled Environment is essential for conducting various microbiological Experiments, research, and testing procedures. The incubator creates Optimal conditions, to support the growth and reproduction of Microorganisms.
KEY FEATURES AND COMPONENTS

Temperature Control
Thermic bacteriological incubators maintain a stable and adjustable Temperature range to suit the specific requirements of the microorganisms Being cultured. The temperature is usually set between ambient to 70 Degrees celsius, depending on the type of microorganism and the Experimental conditions.
Uniform & Stability
Thermic bacteriological incubators are designed to distribute heat uniformly throughout the chamber, minimizing temperature variations. Stability in temperature is crucial for maintaining consistent growth conditions for microorganisms.
Insulation
Thermic bacteriological incubators are well-insulated to minimize heat loss and improve energy efficiency. Insulation materials such as glass wool or other thermal barriers help maintain a stable internal temperature.
Monitoring & Control
Thermic incubators often come equipped with digital controls and displays to allow precise monitoring and adjustment of temperature and other environmental parameters. Alarms may be included to alert users in case of any deviations from the set conditions.
Safety Features
Thermic bacteriological incubators are often equipped with safety features such as overheat protection, alarms, and automatic shut-off mechanisms to ensure a secure laboratory environment.



TECHNICAL SPECIFICATION

Material Of Construction (MOC)
Inner body: 304 grade s. Steel interior, corrosion resistant long life operation having adjustable shelves to make more space for different height. Outer body: ms/ gi powder coated/ stainless steel 304 grade shelves: stainless steel (3 number) Instruments should be on wheels for easy movement with wheel lock facility.
Dimension
  • Inner: 605x605x605mm/ cap:- 224 liters
  • Inner: 605x450x905mm/ cap:- 252 liters
  • Inner: 605x605x905mm/ cap:- 336 liters
Insulation
Mineral wool / blanket insulation to keeps the surface of the instruments from not being burnt.
Heater
Best quality coil shaped heaters duly embedded / wound on the sides & bottom for better accuracy, moc of heater should be ferritic iron-chromium-aluminium alloy (fecral alloy) for high temperatures. The alloy is characterized by high resistivity and good oxidation resistance.
Design
It should have ventilation to keep the surface of the instrument from being not been burnt even when the instrument maintained at high temperature.
Hardware
Lock & handle material zinc, base finish: spc, handle finish: black pc with key hinges material zinc, pin material : ss 304 grade, finish stpc, opening angle: 180 deg
Temperature
  • Temperature range: ambient to 70 °c
  • Temperature stability: ± 0.5°c
  • Air blower: silent,
  • Heater: 1kw (embedded)
  • Air circulation: uniform air movement & improved temperature distribution temperature
Temperature Controller
HMI display with feather screen touch digital temperature controller, screen size 7” display continuous display of temperature, time, day & date door open alarm, hmi display of data & graph.
  • Password protected operations,
  • Data transfer port: usb port
  • Data log/memory:
  • Door open alarm,
  • Programmable
Power consumption: 220/230v ac± 10%, AC supply single phase 50hz | Safety Function: temperature over | Duty cycle: continuous



COMMON APPLICATION

MICROBIOLOGICAL RESEARCH:
Bacterial culture: thermic incubators are essential for cultivating bacteria, allowing researchers to study their growth characteristics, metabolism, and other aspects. Yeast and fungal culture: similar to bacterial culture, incubators are used for growing and studying yeast and fungi for various research purposes.

CLINICAL LABOROTRIES:
Microbial pathogen testing: thermic incubators play a crucial role in clinical microbiology laboratories for isolating and identifying pathogenic microorganisms from clinical samples. Culture of specimens: incubators are used for incubating specimens such as blood, urine, and other body fluids to promote the growth of microorganisms for diagnostic purposes.

ENVIROMENTAL MONITORING:
Water and soil analysis: incubators are utilized in environmental studies to culture microorganisms from water and soil samples, aiding in the assessment of environmental microbial populations.

INSECT & CELL CULTURE:
Insect cell culture: in cell biology, incubators are used for maintaining insect cell lines for various experiments. Mammalian cell culture: while often done in specialized co2 incubators, mammalian cell culture also benefits from incubators providing controlled temperature and humidity. Research and educational institutions

EXPERIMENTS:
Thermic bacteriological incubators are used in educational settings for teaching microbiology and biology experiments, allowing students to observe the growth of microorganisms.

CONCLUSION:
Thermic bacteriological incubators find applications in various fields, including microbiology research, clinical laboratories, pharmaceutical industries, and food testing laboratories. They play a crucial role in supporting the growth of microorganisms for purposes such as bacterial culture, fermentation studies, and the production of vaccines or antibiotics. The precise control offered by thermic incubators ensures reliable and reproducible results in microbiological experiments. These applications highlight the versatility of incubators in creating controlled environments for the growth and study of microorganisms, cells, and other biological materials, making them indispensable tools in scientific research and industrial processes.

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