CO2 laboratory incubator HCP series
microbiologicalbenchtopstainless steel

CO2 laboratory incubator - HCP series - Haier Biomedical - microbiological / benchtop / stainless steel
CO2 laboratory incubator - HCP series - Haier Biomedical - microbiological / benchtop / stainless steel
CO2 laboratory incubator - HCP series - Haier Biomedical - microbiological / benchtop / stainless steel - image - 2
CO2 laboratory incubator - HCP series - Haier Biomedical - microbiological / benchtop / stainless steel - image - 3
CO2 laboratory incubator - HCP series - Haier Biomedical - microbiological / benchtop / stainless steel - image - 4
Add to favorites
Compare this product
 

Characteristics

Type
CO2
Applications
microbiological
Configuration
benchtop
Chamber material
stainless steel
Number of doors
1-door
Other characteristics
heating
Temperature range

Min.: 3 °C
(37.4 °F)

Max.: 55 °C
(131 °F)

Capacity

80 l, 168 l, 258 l
(21.1 gal, 44.4 gal, 68.2 gal)

Description

The CO2 incubator is the most important piece of equipment for biosafety laboratory R&D. The Haier Biomedical CO2 incubator uses professional and superior technology to provide reliable conditions for frontline medical staff to carry out epidemiological and translational research, and to create a stable cell and virus culture environment for researchers. *Efficient microbial filter *Active airflow control technology, to ensure stability and homogeneity *Door heating function, eliminates microbial contamination *180℃ dry heat sterilization technology, providing a contamination-free environment *Precise temperature control *IR CO2 sensor *180℃ dry heat sterilization technology *Easy to clean *Quick recovery after door openings *Active heat condensation technology *Intelligent controller Product Features Concise Test Results with Accurate Temperature Control Precise temperature control within the fluctu0.1℃, with six-sided heating based on fuzzy PID control principles ensures the ation range of ±normal growth of cells throughout their life cycle. New IR Sensor Control Technology for Precise CO₂ Concentration New type IR sensor technology, using NDIR measurement principles, can withstand high temperature up to 190 ℃. The silicon MEMS transmitter can withstand more than 300 dry heat sterilization cycles with a service life of 15 years.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.