Cultivate a controlled and optimal environment for cell culture with our CO2 Incubator. Engineered for precise temperature, humidity, and CO2 control, it supports cell growth and viability in a reliable and consistent manner.
Capacity | 50L | 80L | 160L | ||
Internal Size(W*D*H)mm | 368*387*408 | 398*446*498 | 380*450*590 | 498*546*678 | 498*480*722 |
External Size(W*D*H | 500*527*821 | 600*596*921 | 628*543*1033 | 700*666*1101 | 747*654*1260 |
Temp. Range | RT+5~600C | ||||
Control Type | Microcomputer controller | ||||
Temp. Fluctuation | < +/-0.20 C(at 370C) | ||||
Temp. Uniformity | < +/-0.30C(at 370C) | ||||
Time Setting | 999h or continuous | ||||
Cultivate a controlled and optimal environment for cell culture with our CO2 Incubator. Engineered for precise temperature, humidity, and CO2 control, it supports cell growth and viability in a reliable and consistent manner. The CO2 Incubator Model MIC-11407 from Micron is a top rated instrument for cell culture laboratories requiring precise control of temperature, CO2, and humidity. Available in 50L, 80L, and 160L capacities, these incubators accommodate various cell culture applications from basic research to pharmaceutical production. The microcomputer controller with LED display provides precise temperature management from RT+5°C to 60°C with exceptional stability. For cell culture laboratories seeking the best CO2 incubator for reliable cell growth, the MIC-11407 is an outstanding choice.
One of the best features of the MIC-11407 CO2 incubator is its exceptional temperature stability and uniformity. The temperature fluctuation of less than ±0.2°C at 37°C and uniformity of less than ±0.3°C at 37°C ensure optimal conditions for sensitive cell cultures. The microcomputer controller provides precise CO2 control for maintaining physiological pH. The natural or forced convection system maintains humidity levels to prevent culture drying. The time setting of 999 hours or continuous operation allows for long-term culture experiments. The stainless steel interior is easy to clean and resistant to corrosion. Its precision, stability, and capacity options make it a top rated CO2 incubator for cell culture applications.
Micron has designed the MIC-11407 series with the specific requirements of cell culture in mind. The incubators maintain the critical 37°C temperature with exceptional stability, ensuring optimal cell growth conditions. The CO2 control system maintains the required 5-10% CO2 concentration for physiological pH. The HEPA filtration system maintains a sterile environment, reducing contamination risk. The glass inner door allows observation of cultures without disturbing the internal environment. The robust construction ensures reliable performance even with continuous operation. For any cell culture laboratory performing basic research, drug development, or biopharmaceutical production, the MIC-11407 delivers the precise environmental control needed for successful cell culture. Its quality construction, precise control, and reliability make it one of the best CO2 incubators available.
Exceptional Temperature Stability: ±0.2°C temperature fluctuation at 37°C ensures optimal conditions for sensitive cell cultures.
Superior Temperature Uniformity: ±0.3°C uniformity at 37°C eliminates hot and cold spots throughout the chamber.
Precise CO2 Control: 0-20% CO2 range with ±0.1% accuracy and infrared sensor for reliable pH maintenance.
Multiple Capacity Options: Available in 50L, 80L, and 160L sizes for any cell culture application requirement.
Microcomputer Controller: Advanced microcomputer provides precise control of temperature, CO2, and humidity.
HEPA Filtration System: 99.97% efficient HEPA filter maintains a sterile environment, reducing contamination risk.
Heated Glass Inner Door: Heated inner door prevents condensation, allowing culture observation without disturbance.
999-Hour Timer or Continuous Operation: Flexible timer options accommodate short-term and long-term culture experiments.
Mammalian Cell Culture: Essential for growing and maintaining mammalian cell lines for research and production.
Stem Cell Research: Ideal for culturing sensitive stem cells requiring precise environmental control.
Cancer Research: Perfect for culturing cancer cell lines for drug screening and mechanism studies.
Biopharmaceutical Production: Suitable for producing monoclonal antibodies, vaccines, and other biologics.
Tissue Engineering: Excellent for culturing tissue constructs and 3D cell culture models.
Microbiology and Virology: Ideal for culturing viruses and microorganisms requiring CO2 incubation.
