PHCbi’s (formerly known as Panasonic Healthcare Corporation of North America) product lines consist of biomedical grade refrigerators/freezers, ultra-low temperature freezers, heated incubators, and gas-controlled incubators. The biomedical freezer line includes undercounter, chest and upright models designed for short or intermediate-term storage at temperatures as low as -35°C.
PHCbi’s ultra-low temperature line includes patented V.I.P.™ Series upright -86°C freezers, offering the industry’s most efficient combination of storage volume vs. lab space. Their mechanically refrigerated cryogenic freezers are designed for long-term storage of biologicals at temperatures safely below the -129°C recrystallization point of water.
The PHCbi compact microbiological incubators offers accurate temperature control and consistent uniformity making them suitable for laboratory culturing, industrial incubation and various testing applications.
The PHCbi microbiological incubators offers accurate temperature control and consistent uniformity making them suitable for laboratory culturing, industrial incubation and various testing applications.
The MCO-170AICUVDL-PA automatic high heat sterilization CO2 incubator is designed for use in medical and government research, pharmaceutical and biotech applications. This dry heat incubator includes three methods of protection against cell culture contamination. In addition to inCu-saFe and SafeCell UV contamination control, an optional, manually initiated high heat sterilization cycle provides a 180°C (355°F) decontamination process without the need to remove CO2 incubator chamber components.
Precision incubation requires both the proper balance of CO2 and temperature inside the incubator. This incubator combines active and passive contamination controls including UV-LED, a proprietary antimicrobial copper-stainless steel alloy (inCu-saFe) interior, and integrated shelving with rounded corners to support critical applications. This next-generation incubator goes beyond traditional incubation by enhancing both data capture and troubleshooting capabilities. Its advanced onboard display and user interface do more than log basic readings — they track alarms and their resolution, overlay multiple data parameters simultaneously, and monitor the duration of incubator activities for deeper operational insight.
Precision incubation requires both the proper balance of CO2 and temperature inside the incubator. This incubator combines active and passive contamination controls including UV-LED, inCu-saFe, and integrated shelving with rounded corners to support critical applications. This next-generation incubator goes beyond traditional incubation by enhancing both data capture and troubleshooting capabilities. Its advanced onboard display and user interface do more than log basic readings — they track alarms and their resolution, overlay multiple data parameters simultaneously, and monitor the duration of incubator activities for deeper operational insight.
Precision incubation depends on stable CO2, temperature, and humidity control. Routine door openings can disrupt humidity and introduce variability in cell culture conditions. This incubator integrates passive and active humidification systems to maintain tightly regulated humidity and minimize edge effect variability. It supports high throughput screening, low volume samples, and organoid culture. With SafeCell UV LED technology and an H2O2 decontamination system, it delivers faster humidity recovery while maintaining active decontamination performance compared to previous models.
Precision incubation depends on stable CO2, temperature, and humidity control. Routine door openings can disrupt humidity and introduce variability in cell culture conditions. This incubator integrates passive and active humidification systems to maintain tightly regulated humidity and minimize edge effect variability. It supports high throughput screening, low volume samples, and organoid culture. With SafeCell UV LED technology and an optional H2O2 decontamination system, it delivers faster humidity recovery while maintaining active decontamination performance compared to previous models.
Precision incubation requires both the proper balance of CO2 and temperature inside the incubator. This incubator combines active and passive contamination controls including UV-LED, a proprietary antimicrobial copper-stainless steel alloy (inCu-saFe) interior, and integrated shelving with rounded corners to support critical applications. This next-generation incubator goes beyond traditional incubation by enhancing both data capture and troubleshooting capabilities. Its advanced onboard display and user interface do more than log basic readings — they track alarms and their resolution, overlay multiple data parameters simultaneously, and monitor the duration of incubator activities for deeper operational insight.
Precision incubation requires both the proper balance of CO2 and temperature inside the incubator. This incubator combines active and passive contamination controls including UV-LED, inCu-saFe, and integrated shelving with rounded corners to support critical applications. This next-generation incubator goes beyond traditional incubation by enhancing both data capture and troubleshooting capabilities. Its advanced onboard display and user interface do more than log basic readings — they track alarms and their resolution, overlay multiple data parameters simultaneously, and monitor the duration of incubator activities for deeper operational insight.
