CELENA® X High Content Imaging System

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Automated high content image acquisition and analysis for drug discovery and cell biology

The CELENA^® X High Content Imaging System is an integrated imaging system designed for rapid, high content image acquisition and analysis. Customizable imaging protocols, image-based and laser autofocusing modules, and a motorized XYZ stage simplify well plate imaging and slide scanning. The integrated CELENA^® X Cell Analyzer software processes images and data for quantitative analysis. Analysis pipelines can be put together and reused to identify cellular or subcellular objects, process images for optimal data collection, and make various measurements.

The CELENA^® X is as flexible as it is powerful, with interchangeable objectives and filter cubes to accommodate a wide range of fixed and live cell imaging applications.

Simple High Content Imaging for Quantitative Image-Based Analysis

Fully Automated Plate and Slide Imaging

Automated vessel handling and scanning
Motorized XYZ stage, filter cube stage, and objective turret

Laser Autofocus

Rapid and reproducible focusing
Minimized phototoxicity and photobleaching

Live Cell Assay Support

Onstage incubation system for a variety of experiments in physiological and non-physiological conditions

Four Imaging Modes

Fluorescence imaging in four channels, brightfield, color brightfield, and phase contrast imaging

Powerful, Easy-To-Use User Interface

Simple setup of imaging protocols
Seamless integration of imaging and data analysis processes

Customizable High Content Analysis

Create and customize image analysis projects
Quantitatively analyze multiple image-based phenotypes

Create Your Own Imaging and Analysis Workflows with the CELENA^® X

Abundant Applications

The CELENA^® X Cell Analyzer software is incredibly powerful and its ability to batch process makes it ideal for high content analysis.

The powerful and flexible software allows for the creation and customization of workflows that can be used for the simplest fixed cell assays to more complicated, time-lapse live cell assays.