Uniform Consistent Environment
InCu-saFe® and SafeCell™ UV function together to create contamination control against external microbes. A unique heating system and the dual filter infrared sensor precisely control temperature and CO2 levels, respectively.
Rapid CO2 Recovery with Dual-Wave Infrared (IR) Sensor
A dual filter infrared sensor signals the microprocessor controller to inject CO2 to maintain desired setpoint conditions. Sensor response accelerates CO2 recovery to setpoint without overshoot following frequent door openings.
Dual Heat Sterilization
An integrated auxiliary sterilization system is utilized together with the incubator cultivation heaters to provide an effective, energy efficient sterilization process. The primary heater maintains precise temperature control over a setpoint range from 5°C above ambient to 50°C. The secondary heater is activated when the high heat sterilization cycle is initiated as both heaters combine to reach 180°C. Specialized melamine foam insulation minimizes heat leakage to adjacent incubators and dramatically reduces elevated external surface temperatures.
Incubator Decontamination with InCu-saFe and SafeCell UV
The PHCbi inCu-saFe copper enriched, stainless steel interior surfaces create a germicidal barrier to airborne contaminants that enter the dry heat incubator during door openings. The PHCbi inCu-saFe combines the germicidal properties of elemental copper with the corrosion and discoloration resistance of stainless steel. SafeCell UV lamp decontaminates circulated air and the humidity reservoir.
Optimum Cell Growth
Optimal results and reproducibility make the MCO-170AICUVDL-PA dry heat incubator ideal for tissue culture research, genomic expression, antibody production, transfection and transduction procedures.
Laboratory processes are more efficient with less incubator downtime. There is no need to remove inner components of the incubator or calibrate after sterilization.
Color LCD Display
The high contrast color LCD display allows for easy programming of temperature, CO2, high heat sterilization and other internal conditions of your incubator.