CO2 incubator with 180°C dry heat sterilisation provides a safe and secure reproducible growth environment for cell cultures.
The new IR sensor with high temperature resistance of 190°C is based on the NDIR measurement principle and uses a silicon MEMS transmitter to replace the traditional light source. It can withstand more than 300 dry heat sterilization cycles with a service life of up to 15 years and control accuracy of ±0.1%. German IR infrared sensing technology, zero drift, without need for calibration, drift less than 0.3% within 2 years.
Displays CO2 concentration and temperature data in real time. 15 years of data can be exported via USB.
The door ensures the inside of the cabinet is sealed.
The heated outer door prevents the condensation of the inner door.
Safety anti-slip design of pull out shelves.
All internal components do not need to be disassembled and do not need separate autoclave sterilization to prevent secondary pollution. Cleaning consumables are not needed, one-button sterilization. The unit can withstand sterilization at 180°C with no disassembly and no manual calibration.
It can be double stacked.
Controls the temperature precisely, within ±0.1°C, with six-sided heating based on the fuzzy PID control principle,
To provide a stable temperature to ensure the normal growth of cells throughout their life cycle.
New IR Sensor technology uses NDIR measurement principles and withstands high Temperatures of 190°C. The silicon MEMS transmitter can carry out more than 300 dry heat sterilization cycles to extend The service life to 15 years. Built-in temperature and humidity compensation technology reduces the impact of Changes in humidity and temperature without the need for calibration after the high temperature sterilization. Five Point calibration yields a higher measuring accuracy, sensitivity with less drift.
Adopting active air flow control technology, and based on the fuzzy PID control principle, the parameters can be restored without overshoot. After opening the door for 30 seconds, the temperature and CO2 concentration can be quickly restored within 4 minutes. Even if multiple users share a CO2 incubator and frequently open and close the door, the stability and uniformity of the incubator can be ensured.
Easy and effective sterilization of microorganisms including bacteria, fungi and microplasma with strong resistance, at 180°C high temperatures without the need for consumables. Simply press the “sterilization key” to activate and complete the sterilization process automatically in just 12 hours.
Delivers sterility level within the chamber of all surfaces to meet WS/T367-2012 standards.
All components are sterilized during the process, there is no need to dissemble internal components (including CO2 sensors) and decontaminate separately, thus avoiding secondary pollution.
The CO2 inlet is equipped with a high-efficiency microbial filter, with 99.99% filtration efficiency for particles larger than or equal to 0.2μm in diameter. It can effectively filter bacteria and dust particles in the CO2 gas line to ensure the safety of experimental results.
The working chamber is plasma electro polished, stamped stainless steel with wide-arc, laser welded corners. Bracketless shelving design ensures that it is quick and easy to clean.
Touch-sensitive screen with rapid sensing even in rubber gloves. Green indicates normal operational parameters, while a red warning display indicates abnormal, making it easy to view data at a glance. A red warning display and audible buzzer will alarm when water level is low.
The door on the CO2 incubator radiates heat to the inner glass door, effectively preventing the glass door from forming condensation. The possibility of microbial contamination caused by the condensate water is eliminated.
Automatically adjusts the circulation of the air flow, optimising the air flow to avoid air volatilization of samples and ensuring proper uniformity throughout the chamber.
The system ensures the safety of experiments and processes by utilizing an independent temperature alarm
system, including a sound light and remote reminder. Other alarms include CO2 concentration, door ajar and water shortage.
The optional HEPA high-efficiency filtration system combined with the unique a ir duct c irculation design c an continuously filter pollutants (biological pollutants and suspended particles) in the cabinet, ensuring that the incubator can reach the ISO class 5 clean room within 5 minutes after the external door is closed, which is equivalent t o the class 100 environment of the 209 E standard of the united states.
| Chamber Volume (L) | 170 |
|---|---|
|
Interior Chamber |
304 Stainless Steel |
|
Exterior Chamber |
Cold-Rolled Steel Powder Coated |
|
Access Port |
42mm Diameter |
|
Data Outputs |
Remote Alarm Contacts, USB |
|
Net/Gross Weight (approx) (Kg) |
95/130 |
|
Interior Dimensions (W*D*H)(mm) |
490*560*650 |
|
Exterior Dimensions (W*D*H) (mm) |
714*812*887 |
|
Packing Dimensions (W*D*H) (mm) |
800*890*1050 |
|
Shelves Dimensions (W*D) (mm) |
473*434 |
|
Number Standard/Maximum shelves |
3/11 |
|
Max .Load Per Shelf/Total Load (Kg) |
15/45 |
|
Construction |
Perforated, Adjustable |
|
Rated Voltage Power Supply (V/Hz) |
220-240/50/60 |
|
Controller |
Microprocessor |
|
Display |
7 “LCD Screen |
|
CO2 Control Accuracy |
0.10% |
|
CO2 Range |
0-20% |
|
CO2 Alarm Range |
±0.5% |
|
CO2 Inlet Pressure |
12-17Psi (0.8-1.2 Bar) |
|
CO2 Gas Purity |
min.99.5% or Medical Quaity |
|
CO2 Inlet |
1/8″ Hose (Barbed) |
|
CO2 Senser |
IR |
|
CO2 Recovery Time ** (after 30s door
opening ,98% from initial value) Min |
6 |
|
CO2 Inlet Filter (μm) |
<0.2 |
|
Alarms |
High/Low Temperature , Remote Alarm, Sensor Error , Excessive CO₂ Concentration , Water Shortage Reminder , Door Ajar |
|
Control Accuracy (°C) |
±0.1@ 37°C |
|
Range |
Ambient Temperature+3-55°C |
|
Uniformity |
±0.3°C |
|
Temperature Stability |
±0.1@ 37°C |
|
Ambient range (°C) |
18-32 |
|
Temperature Fluctuations (°C) |
±0.1 |
|
Senser |
2*PT1000 |
|
Recovery time *** (after 30s door
opening ,98% from initial value) Min |
6 |
|
Sterilization Cycle Temperature |
180°C Dry-Heat Sterilization |
|
Sterilization Cycle Duration |
Under 12 Hours |
|
Humidity |
93% ± 3% @ 37°C |