Air Jacketed CO2 Incubator LAJI-T2011

Introduction

Air Jacketed CO2 Incubator with 80 heating and forced convection for uniform chamber conditions. The unit includes heat decontamination and optional UV disinfection for enhanced sterility. Our incubator is widely used in Tissue engineering, Invitro fertilization, neuroscience, cancer research, stem cell research.

It provides a stable and controlled environment for cell culture, microbial growth, and other biological experiments. The precise temperature and humidity control ensure consistent experimental conditions and reliable results.

Applications

Our Air-Jacketed CO₂ incubators are widely used in diverse applications such as tissue engineering, in vitro fertilization, neuroscience, cancer research, stem cell research, regenerative medicine, and mammalian cell research.

Specifications

Chamber Volume	80 L
Shelves	2
Heating Method	Air-jacketed
Temperature Range	RT+5 ℃ to 50 ℃
Temperature Resolution	0.1 ℃
Temperature Fluctuation	0.1 ℃
Temperature Gradient	≤ ± 0.5 ℃
Temperature Uniformity	± 0.3 ℃
CO2 Range	(0~20)% V/V
CO2 Sensor	IR sensor
CO2 Control Resolution	± 0.1%
CO2 Deviation	≤ ±0.3%V/V
Humidity Method	Natural vaporization ＞ 95%
Interior Dimension (W×H×D)	400 × 500 × 450 mm
Exterior Dimension (W×H×D)	590 × 790 × 690 mm
Electrical Requirement	AC220 V,50 Hz
Power Consumption	500 W

Features

High Humidity Maintenance

Air-Jacketed Heating

Condensation Prevention

Fast Temperature Recovery

Energy Efficient Design

FAQs

1. How does the air-jacketed heating system benefit the incubator?

The air-jacketed heating system ensures uniform temperature distribution and stability within the chamber. This design minimizes temperature fluctuations that could affect sensitive cell cultures. By surrounding the chamber with heated air, it provides consistent warmth without direct contact, reducing the risk of hot spots. This helps maintain optimal growth conditions for cells and tissues. Overall, it enhances reliability and reproducibility in experimental results.

2. Does the Air Jacketed CO2 incubator have sterilization features?

Yes, it includes a heat decontamination function and offers optional UV disinfection for enhanced sterility. The heat decontamination cycle effectively eliminates contaminants and microorganisms inside the chamber. UV disinfection provides an additional layer of sterilization by targeting airborne and surface pathogens. These features help maintain a clean environment, reducing the risk of contamination during sensitive cell culture processes. This ensures consistent and reliable experimental outcomes.

3. What applications is the Air Jacketed CO2 Incubator suitable for?

It is widely used in tissue engineering, in vitro fertilization, neuroscience, cancer research, and stem cell research. The incubator provides a controlled environment essential for growing and maintaining cell cultures in these fields. It supports sensitive biological processes by maintaining precise temperature, CO2 levels, and humidity. Researchers rely on it for experiments requiring consistent and sterile conditions. Its versatility makes it ideal for a broad range of biomedical and life science applications.

4. What type of CO2 sensor is used in the incubator?

The incubator uses an infrared (IR) CO2 sensor for accurate CO2 concentration control. This sensor provides precise and stable measurements of CO2 levels inside the chamber. IR sensors are less prone to drift and contamination compared to other sensor types, ensuring long-term reliability. Accurate CO2 control is crucial for maintaining optimal cell growth conditions and experimental consistency. The sensor’s responsiveness helps the incubator quickly adjust gas levels as needed.

5. What is the CO2 concentration range of the Air Jacketed CO2 incubator?

It maintains a CO2 concentration range from 0% to 20% (V/V). This wide range allows for flexible use in various cell culture and research applications. Precise CO2 control is essential for regulating the pH in culture media, which directly affects cell growth and viability. The incubator’s accurate adjustment within this range supports different experimental requirements. This flexibility makes it suitable for diverse biomedical and life science research fields.