Air Jacketed CO2 Incubator LAJI-T2018

Introduction

Air Jacketed CO2 Incubator a temperature uniformity of Less than or equal to ±0.25℃ for optimal performance. The sound and light alarm system improves sample safety and alerts users of abnormalities. It uses a six-sided heating method for uniform thermal distribution. Its door can be configured to open from the left or right side. Our incubator is ideal for cultivating mammalian cells in biomedical 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 Incubator is ideal for cultivating mammalian cells in biomedical research, where stable CO2 levels and high humidity are essential for accurate results and reproducible experimental outcomes.

Specifications

Heating Method	Direct Heating Air Jacket Type
Capacity	260 L
Temperature Range	RT+3 to 60℃
Temperature Uniformity	Less than or equal to ±0.25℃
Temperature Fluctuation	Less than 0.05℃
Temperature Recovery Time	Less than 5 mins
Service Temperature Range	18 to 34℃
CO2 Control Range	0 to 20 %vol
CO2 Control Accuracy	±0.1 %vol
CO2 Sensor Type	Infrared (IR) Sensor
Concentration Recovery Time	Less than 5 mins
Intake Pressure	0.8 to 1.2bar
Humidification Method	Humidification Tray
Humidity Range	High Humidity Mode: greater than 90% RH, Low Humidity Mode: greater than 80% RH
Sterilization Method	Dry Heat Sterilization
Sterilization Temperature	150℃
Sterilization Duration	Less than 10h
Intake Filter	Less than 0.2 μm
Internal Circulation filter	High-Temperature Resistant Filter, No Need to Remove During Sterilization
Case Coating	Antibacterial Powder, Over 99% Antibacterial Efficiency
Inner Cavity Material	304 Mirror-Finish Stainless Steel
Standard Number of Partitions	3
Maximum Power	1500W
Power Supply	220 to 240VAC 50/60Hz
Partition Dimension	550 x 460 mm
Cavity Dimension (W x D x H)	555 x 565 x 835 mm
Overall Dimension (W x D x H)	745 x 700 x 1055 mm
Gross Weight	20Kg

Features

Mirror Stainless Steel Interior

Intuitive User Interface

Bright, Vivid Display

Clear Operation Feedback

Performance Parameter Logging

FAQs

1. What is the temperature uniformity of the Air Jacketed CO2 Incubator and why is it important?

The Air Jacketed CO2 Incubator offers a high temperature uniformity of ±0.25?, which is essential for maintaining consistent environmental conditions across the entire chamber. This level of uniformity ensures that all samples, regardless of their position inside the incubator, are exposed to the same temperature levels critical for reproducible results. The is designed with a six-sided heating method that contributes to this consistency, making it ideal for sensitive applications such as cell culture and tissue engineering. Any fluctuations in temperature could adversely affect cell viability and growth, so this uniformity plays a crucial role in high-precision experiments.

2. What type of alarm system does the Air Jacketed CO2 Incubator feature?

The Air Jacketed CO2 Incubator is equipped with a sophisticated sound and light alarm system that enhances safety and reliability during operation. This alert mechanism is triggered when any operational abnormality occurs such as temperature deviations, CO2 level fluctuations, or door openings beyond a safe duration. With this built-in safeguard, users are immediately notified of any issue, allowing for prompt intervention to protect sensitive samples. The is especially suitable for labs working with delicate cell lines or stem cells, where even minor environmental shifts can compromise the entire experiment. This intelligent alarm system is part of the incubator’s commitment to maintaining a stable and secure culture environment.

3. How does the Air Jacketed CO2 Incubator support flexible lab integration and usability?

The model by It is thoughtfully designed for adaptability in various lab environments. One of its practical features is the reversible door configuration, which allows users to select either left or right door opening depending on the workspace layout. This customization is particularly valuable in laboratories with constrained bench space or where multiple incubators are placed side-by-side. The also features intuitive controls, streamlined interface navigation, and a compact footprint making it user-friendly without sacrificing performance. These design considerations make it easier to integrate the incubator into both new and existing lab infrastructures without requiring major adjustments.

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

The Air Jacketed CO2 Incubator is specially engineered for applications that require highly stable and sterile incubation environments. It is widely used in biomedical research, including mammalian cell culture, regenerative medicine, stem cell studies, and tissue engineering. The precise CO2 control, uniform temperature distribution, and high humidity range make it ideal for cultivating sensitive biological samples over extended periods. The supports robust contamination control with its dry heat sterilization and sealed internal environment, making it compliant with high-standard laboratory protocols. This incubator is an excellent choice for research facilities, hospitals, biopharma labs, and universities working with advanced cell-based processes.

5. How does the Air Jacketed CO2 Incubator ensure sterility and contamination prevention?

To maintain a sterile internal environment, the Air Jacketed CO2 Incubator incorporates several key features, including a dry heat sterilization system that reaches 150°C. This process is effective in eliminating bacterial spores and other contaminants without needing to remove internal filters. Additionally, the incubator includes an anti-condensation inner door and a seamless arc-shaped chamber design, both of which prevent moisture buildup and eliminate hidden spots where microbes could thrive. The is also equipped with a high-efficiency air filtration system to continuously purify the internal air during operation. These elements work together to provide a clean, controlled environment that supports the growth of uncontaminated cultures.