CELL CULTURE INCUBATOR UNITS

Reproducibility starts with environmental stability
Advanced control systems minimize variability and support high‑quality, repeatable cell culture outcomes.
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Overview
Multigas and CO2 Incubators for Precise Cell Culture Reproducibility*
 
Select from a wide range of cell culture incubator models for CO2 and Multigas CO2/O2 control.
 
Cell-IQ™ and CytoGrow Incubators
The complete PHCbi CO2 and multigas (CO2/O2) cell culture incubator family includes two product lines designed for precision, uniformity, and repeatability of in vitro conditions that replicate the in vivo environment.
 
Cell-IQ incubators use high-performance infrared (IR) detectors to measure CO2 concentration.
Cell-IQ Series
CytoGrow incubators use a thermal conductivity sensor or infrared sensor, depending on the model.
CytoGrow Series
 

Biomedical Incubator Equipment for Cell Culture Needs

Multigas and CO2 incubators for cell culture from PHCbi include benchtop, stackable, and reach-in models in a variety of sizes to meet a wide range of culture conditions, space needs, and decontamination methods. Our incubators are ideal for a variety of applications, including:
 
 
Medical
 
Pharmaceutical
 
Biotech
 
Government Research
 
Clinical
 
IVF Processes (select models only)
 
Cell Culture Equipment that Guards Against Contamination
A multi-layered contamination-control system protects your cultures from environmental and biological risk. Explore the features offered in specific PHCbi models:
InCuSafe Interior
Copper‑enriched stainless steel inhibits microbial growth on interior surfaces, supports a cleaner chamber environment.
SafeCell UV-LED
Ozone‑free UV‑LED irradiation reduces airborne contaminants without affecting cell viability.
H2O2 Decontamination
A validated hydrogen‑peroxide cycle sterilizes the chamber quickly between workflows.
High-Heat Sterilization
High‑heat decontamination heats the chamber to 180 °C for a complete, automated pathogen‑destroying cycle without removing incubator components.
 

Contamination Survival Under SafeCell UV System

SafeCell UV tests on humidity pan water demonstrate how periodic exposure to narrow bandwidth ultraviolet light destroys contaminants, which migrate to the humidity pan water during routine door openings. Discover contamination control among the PHCbi cell culture incubator line, and how user preference, protocol, and best practices are accommodated in product selection regardless of the preferred decontamination method in our application note.
 
Contamination Survival under SafeCell UV System
 
 
Ultra-Low Temperature Freezer Series

Conversion of O2 Ions to Electrical Current

Physiological oxygen plays a crucial role in mammalian tissue culture. An understanding of physiological oxygen has become increasingly critical in applications such as in vitro fertilization, stem cell research, and cancer biology. Discover more about the role oxygen plays in in vitro mammalian tissue cultures in the Application Note.
 
Resources
CO2/O2 Incubator Brochure
Our incubators feature innovative technology designed to support a wide range of applications. Download our product brochure to learn more.
Incubator Infographic
Our incubator infographic includes the top 5 tips to help maintain your incubator.
Choosing Your Cell Culture Incubatorc
A practical chart to help select the right incubator for your decontamination and cell culture needs.
Cell-IQ FAQs
Our Cell‑IQ feature note gives a quick overview of key PHCbi CO₂ incubator technologies.
 
About PHC Corporation of North America
PHC Corporation of North America (PHCNA), headquartered in Wood Dale, IL, is a supplier of PHCbi life science laboratory solutions. PHCNA empowers scientific advancement by providing technologies that protect and support critical research. PHCbi solutions provided by PHCNA are trusted by researchers across the United States, Canada, and select countries in Latin America for their reliability and innovation.
 
PHCbi is a global leader in life science laboratory equipment, offering solutions that enhance every stage of the research workflow — from sample preservation to cell culture to regenerative medicine.
 
PHCNA is a proud subsidiary of PHC Holdings Corporation (TSE 6523), based in Tokyo, Japan — a global healthcare enterprise that develops, manufacturers, distributes, and services solutions across diabetes management, healthcare solutions, diagnostics and life sciences.
 
For more information, visit www.phchd.com/us/biomedical.