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Air-jacketed CO2 Incubator LMAC-A101

Air-jacketed CO2 Incubator LMAC-A101 is engineered with 80L capacity and temperature range of RT+5 to 50℃. It offers an infrared sensor that maintains stable CO2 concentration even with frequent door openings. Incorporates polished stainless-steel chamber for durability and hygiene. Equipped with auto-controller for fan speed adjustment. Our Incubator is ideal for incubation of cell cultures and microbial research in pharmaceutical and clinical laboratories.

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Specifications

Chamber Volume 80 L
Shelves 2 pieces
Heating Method Air-jacketed, PID Control
Sterilization Method 18hrs (90°C moist heat disinfection)
Temperature Range RT+5 to 50℃
Ambient Temperature +5 to 30℃
Temperature Stability ±0.1℃
CO2 Range 0 to 20% V/V
CO2 Control Resolution ±0.1% (IR sensor)
CO2 Recovery (Door open 30s, recovery to 5%) ≤ 3min
Temperature Recovery (Door open 30s, recovery to 37℃) ≤ 8min
Humidity Method Natural vaporization ≥ 90%
Screen 7-inch touch screen
Power Consumption 500 W
Power Supply 220V/50 Hz
Interior Dimension 400×450×500 mm
Exterior Dimension 590×687×790 mm

Features

Touch screen monitor

72-hour operation record query

Door temperature regulator

Prevents dew formation 

Audio-visual alarm

RS485 Connector

CO2 pressure releasing valve

Printer (Nested)

Applications

Air-jacketed CO2 Incubator LMAC-A101 ensures stable conditions for cell culture incubation, microbial research, and biological studies in pharmaceutical, biomedical, and clinical laboratories.

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Water-jacketed CO2 Incubator LMWC-A101

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Frequently Asked Questions

1 What is a CO2 Incubator?

A CO2 Incubator is an apparatus designed to create a controlled environment for cell and tissue culture by maintaining optimal temperature, humidity, and CO2 levels.

2 How does CO2 Incubator maintain CO2 levels?

It maintains CO2 levels through a sensor-based feedback system that regulates the injection of CO2 gas to ensure a stable and ideal culture environment.

3 How is CO2 Incubator used in stem cell research?

It is used in stem cell research to maintain the precise environmental conditions necessary for the proliferation and differentiation of stem cells.

4 How does CO2 Incubator benefit cancer cell culture studies?

It benefits cancer cell culture studies by enabling consistent growth conditions for tumor cell lines, facilitating drug testing and cellular response analysis.

5 What role does CO2 Incubator play in vaccine development?

It plays a key role in vaccine development by supporting the cultivation of cell lines required for virus propagation and antigen production.

6 How is CO2 Incubator used in pharmaceutical quality control?

It is used in pharmaceutical quality control to test the effects of drugs on cultured cells under tightly controlled environmental conditions.

7 Why is CO2 Incubator important in regenerative medicine?

It is important in regenerative medicine as it supports the culture of cells used for tissue engineering and repair therapies.

8 What is the role of CO2 Incubator in protein expression studies?

It provides a stable culture environment for host cells used in recombinant protein expression, critical for research and therapeutic production.

9 How is CO2 Incubator applied in toxicology testing?

It is applied in toxicology testing by maintaining the viability of cultured cells exposed to various chemical agents to evaluate cytotoxic effects.

10 In what way does CO2 Incubator support biomedical device testing?

It supports biomedical device testing by allowing devices to be tested in vitro with live cells under physiologically relevant conditions.