The air jacket tri gas incubators from Weiber are designed to provide precise control of O2 and CO2 levels, working temperatures and high humidity conditions within the incubator for a wide variety of hypoxic and hyperoxic applications. These incubators are most commonly employed for growing and maintaining cell cultures and find widespread usage in microbiological studies, cancer research, tissue engineering, neurosciences, in-vitro fertilization and study of drug interaction, toxicity and resistance profiles in various cell lines for drug development and trials. These equipments offer an option of O2 control and CO2 control by using nitrogen gas to displace the ambient air, therefore providing a physiologically similar in-vivo environment and high precision flexible control for robust applications as well as more sophisticated applications with stringent requirements.

These air jacket tri gas incubators feature a stainless steel chamber with easy to clean, round corner chamber design and non-corrosive interiors with an antimicrobial coating that offers natural antimicrobial protection upon contact. The equipment adopts a direct heat air jacket heating system for faster heating and rapid temperature recovery. The air jacket also provides insulation from external temperature fluctuations, ensuring greater temperature stability and uniformity. The units are also provided with easy-to-remove, replaceable shelves for segregation of different samples.

The tri gas incubators from Weiber come equipped with a well-designed O2/N2 inlet module with dual gas nozzles. They use a multiplex gas system for mixing of multiple gases and maintaining their precise concentration up to an accuracy of +/- 0.1%. These multiple gas control systems use microprocessor based controllers for accurate estimation of O2 levels within the incubator, initiating addition of O2 or N2 as per the requirement. The equipment uses high quality IR CO2 sensors that respond extremely fast to any changes in the gas concentration, thereby ensuring long-term stability of CO2 concentrations. The maintenance free Zirconium oxide sensors provide precise control of O2 concentrations. The built-in air pump allows O2 set-point regulation up to a maximum of 40%. The equipment also comes equipped with an active humidification system for maintaining the adequate humidity levels, therefore providing optimal growth conditions and preventing the cultures from drying out.

The air jacket tri gas incubators from Weiber are designed to provide precise control of O2 and CO2 levels, working temperatures and high humidity conditions within the incubator for a wide variety of hypoxic and hyperoxic applications. These incubators are most commonly employed for growing and maintaining cell cultures and find widespread usage in microbiological studies, cancer research, tissue engineering, neurosciences, in-vitro fertilization and study of drug interaction, toxicity and resistance profiles in various cell lines for drug development and trials. These equipments offer an option of O2 control and CO2 control by using nitrogen gas to displace the ambient air, therefore providing a physiologically similar in-vivo environment and high precision flexible control for robust applications as well as more sophisticated applications with stringent requirements.

These air jacket tri gas incubators feature a stainless steel chamber with easy to clean, round corner chamber design and non-corrosive interiors with an antimicrobial coating that offers natural antimicrobial protection upon contact. The equipment adopts a direct heat air jacket heating system for faster heating and rapid temperature recovery. The air jacket also provides insulation from external temperature fluctuations, ensuring greater temperature stability and uniformity. The units are also provided with easy-to-remove, replaceable shelves for segregation of different samples.

The tri gas incubators from Weiber come equipped with a well-designed O2/N2 inlet module with dual gas nozzles. They use a multiplex gas system for mixing of multiple gases and maintaining their precise concentration up to an accuracy of +/- 0.1%. These multiple gas control systems use microprocessor based controllers for accurate estimation of O2 levels within the incubator, initiating addition of O2 or N2 as per the requirement. The equipment uses high quality IR CO2 sensors that respond extremely fast to any changes in the gas concentration, thereby ensuring long-term stability of CO2 concentrations. The maintenance free Zirconium oxide sensors provide precise control of O2 concentrations. The built-in air pump allows O2 set-point regulation up to a maximum of 40%. The equipment also comes equipped with an active humidification system for maintaining the adequate humidity levels, therefore providing optimal growth conditions and preventing the cultures from drying out.