Sartorius  

The iQue^® 3 combines a patented sampling method which allows for the fastest sample acquisition in the industry. It has the ability to handle 96, 384 well plates and enables continuous plate loading through connection with any automation system.

A new Enhanced Rinse Station (ERS) has been incorporated in the iQue^® 3 which provides:

• 48 hour uninterrupted run time before replacing reagent cartridges
• Intelligent software monitoring of rinse station fluid levels
• Warnings for missing, low, and even user-defined volume levels
• Automated vortexing just prior to sampling for improved Q.C. results
• Improved reagent cartridges with less evaporation and the ability to easily close and store if needed

The integrated iQue Forecyt^® software addresses the analysis bottlenecks associated with multi-parametric data generation by enabling rapid data visualization and interpretation.

Tools such as profile maps, auto-generated IC50/EC50 curves, and analysis templates do the analysis for you at the end of the run. Perform next-level analysis by using our Panorama feature which enables the instant analysis and re-analysis if necessary of multiple plates even if run on separate days.

Reduce data analysis times from days to minutes by having all of your data analyzed as soon as the plate is done sampling.

Whether you simply want to improve experimental outcomes with enhanced cell culture quality control, or study complex cell-cell interactions, the Incucyte can meet your needs. Analyze your cells for days, weeks or even months as they sit stationary in the stable environment of your tissue culture incubator. With Incucyte’s user-friendly interface and robust instrument portfolio, any cell biologist can gain dynamic insights into the health, morphology, movement and function of their cell models.

See more information in every sample and explore more applications. Leverage up to 5 different fluorescence channels, up to 3 simultaneously, for long term time-lapse experiments.

Study complex immune-tumor cell interactions, synaptic activity in neuronal co-cultures, metabolism in cancer cells, and much more - with a single platform.

Our new 3-color, optical module includes a long wavelength, low phototoxicity Near IR channel, and reagents designed for long term live-cell experiments.

Seamlessly transition from one step in your workflow to the next with interchangeable trays to support tissue culture flasks, dishes, or multi-well plates.

Enjoy walk-away convenience as images are automatically acquired and analyzed in microplate format, up to six plates in parallel.

The CellCelector Flex platform is a fully automated cell imaging and picking system developed for the screening, detection, selection and isolation of single cells, clusters, spheroids and organoids, as well as single cell clones and adherent colonies. It is widely used in a multitude of research areas, such as CTC screening, stem cell research, cell line development and antibody discovery.

The CellCelector Flex combines a high-content imaging system with a fully automated micro-manipulation robot, consisting of an automated inverted fluorescence microscope with high-resolution optics, a high-speed scanning stage, a high-precision microfluidic cell picking robot and powerful imaging processing and analysis software.

Three interchangeable picking modules – Single Cell Picking, Adherent Colony Picking and Semi-solid Media Picking – with automatic module recognition and the rapid loading of applicable protocols and parameters provide maximum application versatility. A wide range of adapters are available to handle all common labware, including source plates installed on the microscope stage or destination plates placed on the robot deck tray, making the CellCelector Flex easily customisable and eliminating the requirement for the purchase of additional expensive consumables or reagents.

Patented picking technology provides extremely quick scanning and picking speeds, leading to fast cell retrieval.  Gentle cellular transfer results in high cell integrity and outgrowth rates. Picking/transfer efficiencies of up to 100% can be achieved for some applications, such as single cell cloning.

With this unique versatility, the CellCelector Flex system can be easily shared by several research groups and is an ideal resource for core facilities.