In-VitroCell NU-8645 Water JacketCO2 Incubator

Elevate your cell culture research with our CO2 Incubators equipped with precise Oxygen Control. Tailored for labs focusing on sensitive cell cultures, these incubators feature a state-of-the-art O2 sensor to monitor and regulate oxygen levels in the growth chamber accurately. The capability to fine-tune oxygen concentration through Nitrogen (N2) gas injection is essential for a broad spectrum of research applications, from neurological to cardiac studies. Our CO2 Incubators are especially critical for maintaining the health and integrity of cell lines vulnerable to stress and DNA damage. For researchers in fields like mammalian cell culture, stem cell research, and age-related studies, these incubators offer the precision and reliability needed for advanced cell culture experiments.

The NU-8645 CO2 Incubator has an advanced humidity monitor, a vital laboratory tool focused on sensitive cell cultures. The integrated RH sensor accurately assesses and maintains relative humidity levels up to 90% within the growth chamber. This feature primarily benefits lab technicians working with cell cultures susceptible to desiccation. By maintaining optimal humidity conditions and allowing real-time tracking, the incubator ensures the microenvironment is ideally suited for preserving cell integrity and viability. Whether for mammalian cell culture, stem cell research, or age-related studies, this careful humidity control is vital to achieving consistent and reproducible results in cutting-edge scientific research.

Experience unparalleled precision in cell culture environments with the In-VitroCell Water Jacket CO2 Incubators. These incubators are designed with a substantial 18-gallon (68.1-liter) water jacket encircling the inner chamber to provide unwavering temperature stability, essential for delicate mammalian and stem cell cultures and critical hypoxic and age-related studies. The heated water circulates consistently, ensuring temperature uniformity within ±0.2°C throughout the growth chamber. Enhanced by R5 insulation, heat retention is maximized, significantly reducing energy consumption.

Advanced microprocessor-controlled door and perimeter heaters adapt effortlessly to varying room temperatures, maintaining an optimal environment for cell growth. Manual adjustments up to ±20 percent are possible, offering flexibility to reduce condensation and ensure the integrity of your sensitive cell cultures. This state-of-the-art incubator is a vital tool for laboratory professionals aiming to achieve consistent, reproducible results in cell culture applications.

Our CO2 incubators introduce an era of heightened precision in cell culture environments with their state-of-the-art infrared (IR) sensor technology. This microprocessor-based, non-dispersive IR sensor is meticulously engineered to control CO2 levels within the chamber with unmatched accuracy. Its unique design ensures the absorption of wavelengths solely by CO2, thereby eliminating interference from other components like water vapor. This level of precision is pivotal for research applications, including mammalian cell culture, stem cell studies, and hypoxic research, where the slightest deviation in CO2 levels can impact results significantly. The advanced design of this sensor not only assures stable outputs but also reduces the need for frequent calibrations, making it a dependable and efficient choice for laboratories striving for excellence in cell culture growth and reproducibility.