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PHCBI Incusafe Multi Gas Incubator / 50 liters

PHCBI Incusafe Multi Gas Incubator / 50 liters

The MCO-50M series is combined with the MCO-170AIC/230AIC series in terms of design and features. It achieves high quality despite its small size. The DUAL IR Sensor allows for highly accurate CO2 averages and is also unaffected by humidity. The elimination of condensation with the humidity control rod can further prevent decontamination. The H2O2 decontamination system (OP), which does not require the removal of internal parts, can be decontaminated for approximately 2.5 hours. Reproduction of in vivo conditions With its unique, solid-state zirconium sensor for precise oxygen control (1-18%; 22-80%), the MCO-50M Multigas Incubator can reproduce the low oxygen concentrations found in many tissues and organs.

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PHCBI Incusafe Multi Gas Incubator / 165 liters

PHCBI Incusafe Multi Gas Incubator / 165 liters

The IncuSafe MCO-170M Multi-Gas Incubator offers the most precise regulation of oxygen and other gases while maintaining superior temperature uniformity, contamination control and usability. The dual Infrared sensor provides ultra-fast CO2 recovery without overshooting, even after multiple door openings, while the unique solid Zirconium O2 sensor provides precise control of physiological oxygen levels to simulate in vivo conditions. Precise Cell Culture Culturing cells at physiological oxygen levels allows them to grow faster, live longer and mutate less. The IncuSafe MCO-170M Multi-Gas Incubator helps achieve more accurate results when culturing cells at physiological oxygen levels, making it ideal for mammalian tissue research applications, cellular therapy, stem cell research, pathophysiological studies and pharmaceutical manufacturing processes.

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Description

Multi-Gas Incubators
Multi-gas incubators are specialized equipment used in cell culture experiments, similar to CO2 incubators. However, unlike CO2 incubators, these devices control oxygen (O2) levels in addition to CO2. This feature enables the simulation of specific environments, such as physiological or hypoxic conditions.

Function of Multi-Gas Incubators
Multi-gas incubators precisely control the temperature, humidity, CO2, and O2 levels necessary for cell growth. The control of O2 levels is particularly important for studying the effects of low oxygen levels (hypoxia) on cells. For example, in cancer research, the role of hypoxic conditions in tumor growth and spread can be investigated.

Usage Areas of Multi-Gas Incubators
Multi-gas incubators provide greater control and flexibility in cell culture studies. Therefore, they are widely used in the following fields:

Cancer Research: To study the growth and metastasis of tumors in a hypoxic environment.

Stem Cell Research: To examine the differentiation and proliferation of stem cells at different oxygen levels.

Tissue Engineering: To control oxygen gradients in the development of tissues and organs.

In Vitro Fertilization (IVF): To optimize embryo development.

Neurobiology: To investigate the responses of neurons and glial cells to oxygen levels.

Microbiology: To study the growth and metabolism of microorganisms under different gas conditions.