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EVOS Cell Imaging Systems

Invitrogen EVOS imaging systems are designed to help eliminate the complexities of high-end microscopy without compromising performance. Remarkably versatile and intuitive, EVOS microscopes are excellent for a broad range of imaging applications, including those involving both cell culture and tissue samples.

 

The EVOS M3000 Imaging System is a manual microscope capable of up to 2-color fluorescence, designed to be the workhorse of any cell culture lab with the ability to report confluency percentage seen in the field of view in less than one second. The EVOS M5000 Imaging System is a semi-automated microscope capable of up to 4-color fluorescence that can be configured to excel in both cell culture and imaging, providing a flexible solution for diverse research needs. The EVOS M7000 Imaging System is a fully automated microscope capable of up to 4-color fluorescence with advanced 2D deconvolution capabilities designed to simplify the most demanding 2D and 3D tissue and cell imaging applications. The EVOS S1000 Spatial Imaging System streamlines the process of tissue imaging for spatial localization of proteins.

 

All EVOS systems deliver publication-quality images and data in no time, over time, every time at an exceptional value.

EVOS S1000 Spatial Imaging System

Simplify multiplex tissue imaging for spatial proteomics research and capture publication-ready images with speed and ease.

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EVOS imaging system capabilities

High resolution imaging

Capture publication-quality images and videos in a few clicks with exceptional imaging components, including high-quality cameras, optics, LED illumination sources, and easy-to-use image processing.

Efficient, simple to use design

With quick setup, intuitive controls, and easy routine maintenance, EVOS microscopes are designed for straightforward operation and minimal upkeep to help reduce hands-on time—so you can go from sample to results faster.

Powerful, intuitive software

EVOS microscopes come with easy-to-use software that includes an array of features such as multichannel image acquisition, onboard confluency, transfection efficiency, cell counting, Z-stacking, and spectral unmixing.

Cell imaging and tissue imaging resources

Imaging protocol handbook

Protocols that fit your needs in imaging ranging from sample and assay preparation to staining, labeling, and data analysis strategies using both cells and tissues.

Cell Analysis Learning Center

Designed for beginners, our guided learning experiences are designed to present experimental and research topics in modular fashion, allowing users to tackle one topic at a time at their own pace. 

Spatial Biology Resource Center

Find resources including webinars, conference posters, protocols, guides, handbooks, and publications to start your multiplex experiments.

For Research Use Only. Not for use in diagnostic procedures.

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