Eppendorf^® CellXpert^® C170i CO2 Incubator

Today′s cell culture requires more than just technical solutions for optimized growth conditions and efficient contamination protection. The CellXpert^® CO 2 incubator family includes the first cell culture incubators developed and manufactured by Eppendorf in Hamburg. They are designed to meet the needs of modern industrial and academic cell culture laboratories to reduce time to market or publication with minimal effort and resource use. The development of the CellXpert^® family is based, for example, on B. based on decades of knowledge gained in cell culture laboratories from the use of conventional fan-assisted cell culture incubators. These laboratories are the perfect partner for demanding applications such as assay development or the culture of stem cells, primary cells or tissues. Learn more and see more videos and work below. Is protection against laboratory downtime and sample loss essential for you to deliver cell culture results on time? Can′t afford to spend too much time and money on standardized cleaning of your cell culture incubator, on documentation or on replacing expensive, non-sterilizable HEPA filters with a fan connection? The CellXpert′s strongest contamination protection includes, among other things, the fanless design. It effectively reduces the spread of air contaminants, eliminating the need to use internal HEPA filters with a fan connection. order to properly compare cell growth in vessels placed at different locations in the incubator, the temperature must be very In order to properly compare cell growth in vessels placed at different locations in the incubator, the temperature must be very uniform. Together with state-of-the-art microprocessor control, this is achieved in CellXpert^® cell culture incubators by replacing the traditional arrangement of one or two temperature sensors (the second is almost always only used to control overtemperature) with multiple independent sensors in different locations. The effectiveness of this innovative approach was verified by measuring the temperature deviation at 27 points inside the incubator (according to DIN DIN 12880), which far exceeds the required specification.uniform. Together with state-of-the-art microprocessor control, this is achieved in CellXpert^® cell culture incubators by replacing the traditional arrangement of one or two temperature sensors (the second is almost always only used to control overtemperature) with multiple independent sensors in different locations. The effectiveness of this innovative approach was verified by measuring the temperature deviation at 27 points inside the incubator (according to DIN DIN 12880), which far exceeds the required specification. In general, HEPA filter cartridges are heat sensitive and must be removed before an HTD. Reinstalling the HEPA filter (which capturesIn order to properly compare cell growth in vessels placed at different locations in the incubator, the temperature must be very uniform. Together with state-of-the-art microprocessor control, this is achieved in CellXpert^® cell culture incubators by replacing the traditional arrangement of one or two temperature sensors (the second is almost always only used to control overtemperature) with multiple independent sensors in different locations.

CellXpert is a registered trademark of Eppendorf AG

Eppendorf is a registered trademark of Eppendorf AG