About Co2 Incubator 6 Cubic Feet
Automaticco2 incubator with microprocessor control volume 200 liters.
Interiorconstruction: type 304.
Mirrorfinish.
Stainlesssteel.
Exterior:18 gauge cold rolled steel.
Outerdoor gasket: four sided. Moulded. Magnetic vinyl.
Innerdoor gasket: removable feather edged, silicone.
Temperaturerange: 5 deg. C to above ambient to 55 deg. C.
CO2range: 0-20 deg. C.
Trackingalarm for CO2 and temp.: user programmable high/low.
Shelves:Dimension 470 x 470 mm
Construction:stainless steel perforate electro polished.
Optional:
Aircompressor.
CarbonDioxide cylinder with rubber pipes.
Precision Environmental ControlThis incubators advanced microprocessor controls ensure accurate temperature and CO2 levels, vital for sensitive laboratory applications. The forced air circulation maintains uniform chamber conditions, while an optional LED illumination supports observation without disturbance. With up to four adjustable shelves, it provides ample space for cultures or samples.
Enhanced Safety and User ConvenienceSafety is at the forefront, featuring integrated over-temperature protection and CO2 leak detection. The audio-visual alarm system instantly notifies users of temperature or gas deviations, minimizing risks to experiments. The digital control panel offers intuitive operation and real-time status updates for smooth laboratory workflows.
Built for Laboratory DemandsConstructed with a durable stainless steel inner chamber and a powder-coated exterior, this incubator resists corrosion and offers long-lasting performance. Its compact dimensions and robust designalong with a reliable CO2 gas supply systemmake it suitable for various laboratory setups, research institutions, and clinical environments.
FAQs of Co2 Incubator 6 Cubic Feet:
Q: How does the forced air circulation in this CO2 incubator benefit laboratory experiments?
A: The forced air circulation ensures uniform temperature and CO2 distribution throughout the 6 cubic feet chamber, providing optimal and consistent conditions for cell culture and other sensitive experiments. This helps maintain reproducibility and minimizes the risk of localized hot or cold spots.
Q: What safety features are included in the CO2 incubator?
A: The incubator is equipped with over-temperature protection, CO2 gas leak detection, and audio-visual alarms for deviations in temperature or CO2 levels. These features safeguard samples and personnel by alerting users to any abnormal conditions, allowing for prompt corrective actions.
Q: When should the CO2 gas cylinder be replaced, and how is the supply regulated?
A: CO2 cylinders should be replaced when gas levels fall below the required concentration for experiments, which can be monitored via the display or external regulator. The incubator includes a CO2 cylinder port and pressure regulator, ensuring a stable and precise gas supply for accurate incubation conditions.
Q: Where can this CO2 incubator be installed in a laboratory setup?
A: The incubators compact dimensions (approximately 24 x 24 x 24 inches) and robust design allow flexible placement on laboratory benches or dedicated stands. Its double-door system and optional LED illumination also facilitate convenient viewing and access in clinical and research settings across India.
Q: What is the process for adjusting temperature and CO2 levels in the incubator?
A: Adjustments are made through the digital control panel featuring a microprocessor LED or LCD display. Users can precisely set temperature (from 5C above ambient to 60C) and CO2 levels (0-20%) with fine accuracy, while real-time readings and alarms help maintain desired settings.
Q: How many shelves does the CO2 incubator include, and can they be adjusted?
A: The incubator is supplied with three to four adjustable shelves, offering flexibility to accommodate various sample sizes and types. Shelves can be repositioned according to the users requirements for optimal space utilization.
Q: What are the key benefits of using this CO2 incubator in laboratory applications?
A: Key benefits include precise control of environmental parameters for reliable experimentation, advanced safety features, robust construction, and user-friendly operation. These attributes make it ideal for laboratories engaged in cell culture, microbiology, and biomedical research.