Model | HF 100 | HF90 | HF 240 | HF151W | HF212W | HF160W |
General | Elegant design, Smart choice for all cell culture applications | Outstanding performance exceptional ease of use, effortless cleaning, and maintenance | Economical option for clinical microbiological and research applications | Unmatched temperature stability and uniformity with water-jackted technology | ||
Heating System | Direct heat and air jacket | |||||
Capacity | 151L | 151L | 240L | 151L | 212L | 185L |
Interior | Type304,stainless steel | |||||
Exterior | Electrolyzedgalvanization | |||||
Inner Door | 3(standard) | 6(optional) | 1(standard) | |||
C02 Sensor | TCD/IR | TCD | TCD/IR | |||
02 Control | N/A | |||||
Humidifying System | Special designed tilted water reservoir | Water pond | ||||
Humidity Sensor | Standard | |||||
Shelf(Std/Max.) | 3-10 | 3-10 | 3-12 | 3-10 | 3-12 | 3-11 |
Access Port Standard | Standard | Optional | Standard | |||
De-contamination | 90C moist heat disinfection | UV | HEPA | |||
Data Output | RS232 |
How to choose an air-jacketed or a water-jacketed incubator?
If the experimental environment is not stable(such as power restrictions. or frequent power failures)and needs to maintain long-term stable culture conditions the water-jacketed incubator can more reliably maintain the accuracy and stability of the temperature in the incubator for a long time(maintain temperature The constant time is 4-5 times that of the air-Jacketed type); if the temperature is frequently changed due to frequent opening and closing of the door, the air-jacketed incubator will heat up faster and the temperature will recover more quickly than the water-jacketed incubator, which is especially beneficial for short-term cultivation. And the need to open and close the door frequently.