CO2 Incubator FM-CIN-B102 offers an 80L capacity, making it ideal for accommodating multiple culture vessels in various laboratories. It provides RT+5 to 50°C temperature and 0 to 20% CO₂ range, ensuring controlled conditions. Its dual gas filter system enhances air purity and minimizes contamination, maintaining a stable and sterile incubation environment. Our incubator features a digital display for both CO₂ and humidity levels for precise environmental control.
$4,350.00
| Capacity | 80L |
| Temperature Range | RT+5 to 50°C |
| Temperature Resolution | ±0.5°C |
| CO₂ Range | 0 to 20% |
| CO₂ Precision | ±0.1% |
| Timer | 0 to 999 min |
| Power Consumption | 680W |
| Power Supply | 110V 60Hz / 220V 50Hz |
| Working Size (L×B×H) | 500 × 400 × 400 mm |
| Dimension (L×B×H) | 580 × 570 × 850 mm |
| Packing Dimension (L×B×H) | 670 × 650 × 940 mm |
| Net Weight | 46 kg |
| Gross Weight | 59 kg |
Infrared CO₂ sensor
Microprocessor-based control
Digital display for set and actual temperature
PID self-tuning with over-temperature alarm
Digital timer display
Stainless steel chamber with glass inner door
UV ray disinfection with biological filter
CO2 Incubator FM-CIN-B102 is ideal for use in scientific research units and industrial production departments, including modern medicine, the pharmaceutical industry, biochemistry, and agricultural science.
1: How does the CO2 Incubator FM-CIN-B102 maintain a sterile environment for sensitive cultures?
CO2 Incubator FM-CIN-B102 uses a dual gas filter system along with UV ray disinfection and a biological filter to maintain a sterile internal environment, reducing contamination risks during cell and tissue culture.
2: Why is the infrared CO2 sensor in the CO2 Incubator FM-CIN-B102 beneficial for laboratory applications?
CO2 Incubator FM-CIN-B102 features an infrared CO2 sensor that provides accurate and stable CO2 readings, ensuring consistent incubation conditions that are crucial for optimal cell growth and experimental reliability.
3: How does the CO2 Incubator FM-CIN-B102 ensure precise temperature control during incubation?
CO2 Incubator FM-CIN-B102 offers microprocessor-based PID self-tuning temperature control with a resolution of ±0.5°C, supported by a digital display for set and actual temperature, ensuring precise thermal stability.
4: Why is the stainless steel chamber with a glass inner door important in the CO2 Incubator FM-CIN-B102?
The stainless steel chamber with a glass inner door in the CO2 Incubator FM-CIN-B102 provides corrosion resistance, easy cleaning, and allows internal visibility without disrupting the internal atmosphere, preserving sample integrity.
5: How does the digital timer feature enhance user control in the CO2 Incubator FM-CIN-B102?
The digital timer in the CO2 Incubator FM-CIN-B102 allows users to precisely schedule incubation cycles, improving workflow management and ensuring repeatable conditions across multiple experiments.
6: Why is the CO2 Incubator FM-CIN-B102 suitable for high-throughput lab environments?
CO2 Incubator FM-CIN-B102 offers an 80L capacity, allowing simultaneous incubation of multiple culture vessels, making it ideal for high-throughput research and routine laboratory use.
Fison CO2 incubator has active airflow technology that ensures even temperature distribution throughout the chamber, enhancing incubation stability. The high-heat sterilization function provides effective decontamination and maintains a sterile environment. Their incubator maintains a low condensation level, reducing moisture buildup. They feature a Mycoplasma-free cavity surface to minimize contamination risks and ensure a sterile environment. Our incubator has infrared (IR) CO2 monitoring, providing accurate and continuous CO2 level control for precise regulation.