Labzee CO2 incubators offer reliable and uniform temperature control for a wide variety of laboratory applications. They provide a stable and contamination-free environment for cell culture growth. These incubators feature compact design, uniform CO2 distribution, and high humidity regulation for sensitive biological applications. Their durable components ensure stable performance and long-term reliability. Our incubators are ideal for use in biomedical research, pharmaceuticals, IVF labs, and tissue engineering.
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Chamber Capacity
CO2 Range
CO₂ Range
CO2 Accuracy
Frequently Asked Questions
1: Can you explain the purpose of a CO2 Incubator in a laboratory?
A CO2 Incubator is essential for creating a stable, controlled environment for cell culture by maintaining precise levels of carbon dioxide, humidity, and temperature. This simulates in vivo conditions and supports optimal growth and development of sensitive biological samples.
2: How does a CO2 Incubator maintain carbon dioxide levels?
The incubator uses an automatic CO2 injection system regulated by sensors and controllers. These sensors constantly monitor CO2 levels and adjust them as needed to maintain the set concentration, typically around 5%, ensuring ideal conditions for cell cultures.
3: Can you describe the role of humidity in a CO2 Incubator?
Humidity plays a critical role in preventing sample dehydration. Most CO2 Incubators feature a water pan or humidity control system that maintains high relative humidity, usually around 95%, to protect cell cultures from drying out during incubation.
4: What temperature settings are typical in CO2 Incubators?
CO2 Incubators usually operate at 37°C, mimicking the human body temperature ideal for cell culture. The system ensures precise thermal stability through microprocessor controls and uniform heat distribution for consistent growth conditions.
5: Can you use CO2 Incubators for different types of cell cultures?
Yes, CO2 Incubators are versatile and can support a wide range of cell cultures, including mammalian, stem, and cancer cells. They are widely used in medical research, drug development, and biotechnology due to their consistent environmental control.
