Water Jacketed CO2 Incubator T-WC-S2103

Introduction

Water Jacketed CO₂ Incubator provides a chamber volume of 185L with precise temperature control ranging from +5°C to 60°C. Features an IR-based CO₂ sensor with a control range of 0 to 20% for accurate gas regulation. Equipped with additional HEPA filters to maintain a contamination-free environment. Integrated with a 7-inch LCD touchscreen for intuitive monitoring and operation. Water Jacketed CO₂ Incubators are ideal for advanced cell culture applications.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Water Jacketed CO₂ Incubator  environment with precise CO₂ control and dual HEPA filtration. Suitable for culturing mammalian cells in academic, clinical, and biopharma labs.

Specifications

Chamber Volume	185L
Temperature control range	Ambient +5°C to 60°C
Temperature display resolution	0.1°C
Temperature stability	±0.1°C
Temperature field uniformity	±0.4°C
Temperature control mode	PID control mode
Control interface	7-inch LCD touch screen
Heating power	800W
Timing function	0-999.9hours
CO2 incubator type	Water jacket CO2 incubator
CO2 measurement principle	Infrared (IR) detection
CO2 control range	0-20%
CO2 display resolution	0.001
CO2 supply	0.05 to 0.1MPa is recommended
Relative Humidity	Ambient humidity ~92% ±3%
Sterilization method	Alcohol wipe
HEPA filtration	ISO 5 level, 5 minutes
HEPA filter quantity	2
Microbe HEPA filter quantity	1
Working environment temperature	5°C to 35°C
Internal Dimensions	L540 x W510 x H680mm
Dimension	L710 x W695 x H985mm
Power supply	AC 220VV±10%, 50Hz/80Hz
Weight	165 KG

Features

Precise Temperature Control

Equipped with RS232/USB communication interface for data export and remote control. Supports connection to laboratory information management system (LIMS) for centralized data management and traceability.

Dual HEPA Filtration

Drift-Free IR Sensor

Stainless Steel Inner Chamber

Heated Glass Door

FAQs

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.