Reliable Control for Sensitive Cultures: Memmert ICO50med Incubator
The ICO50med from Memmert is a CO₂ incubator specifically designed to meet the stringent environmental stability requirements of biomedical laboratories. This model ensures precise control of temperature, humidity, and gas levels, essential for cell, bacterial, and tissue cultures.
With an adjustable temperature range from +18 °C to +50 °C, it offers outstanding thermal homogeneity, even at 37 °C, with a maximum spatial deviation of ±0.3 K and temporal fluctuation of ±0.1 K. Integrated high-temperature sterilization at 180 °C for 60 minutes (without sensor removal) contributes to the microbiological safety of the unit.
Regarding humidity, the ICO50med features standard limitation via a Peltier element, stabilizing relative humidity around 93% rh (±2.5%) when the water tray is inserted. It is also compatible with active humidity control (option K7), allowing regulation from 40% to 97% rh. CO₂ regulation is handled by a dual-beam NDIR sensor with barometric pressure compensation. CO₂ levels are adjustable from 0% to 20%, with an accuracy of 0.1% and temporal stability of ±0.2%. Optional O₂ control (option T6) enables adjustment from 1% to 20%.
The user interface is based on the ControlCOCKPIT TwinDISPLAY, a digital PID controller with two high-resolution color TFT screens. All parameters, including CO₂, temperature, and time settings, can be precisely adjusted.
The six-sided heating system, including the door and rear wall, prevents condensation and ensures uniform heat distribution. Safety is reinforced by the AutoSAFETY function, which protects against over- and under-temperature scenarios, as well as a self-diagnostic system for detecting temperature and CO₂-related faults.
Compatible with a calibration certificate at 37 °C and 5% CO₂, the ICO50med includes a stainless-steel perforated shelf, water tray, and membrane filter. With a compact 56 L capacity and robust construction, it is ideally suited for demanding environments and users requiring rigorous control of incubation conditions.
