Cultured NIH 3T3 cells. Blue: nuclei, Green: tubulin, Red: HSP60, Gray: fibrillarin. Sample provided by EnCor Biotechnology Inc.

Experience New Levels of Precision Clarity

With an innovative, strategic selection of advanced beginning-to-end imaging features, the IXplore™ IX85 is setting a new standard in precision and clarity—enabling you to see more fine details than ever before and easily obtain impactful, publication-ready images.

Images acquired using an X Line UPLXAPO60XO objective lens.

Consistent Quality

Evident’s expansive range of X Line™ and A Line™ objectives can meet any research need, pushing your system further. Taking full advantage of the IXplore IX85’s 26.5 mm FOV, X Line objectives deliver exceptional correction of spherical and chromatic aberrations throughout a wide field of view. With high numerical apertures (NA) and outstanding transmission, they provide sharp, consistent images.

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Optimize Your Workflow, Accelerate New Discoveries

The IXplore IX85’s automated acquisition features, customizable interfaces, and task management software help you work efficiently while staying confident in your results.

Real-Time Image Acquisition Analysis

Further enhance productivity with real-time image processing and analysis. Advanced imaging tools support consistent, accurate results.

• Quickly locate samples and acquire high-magnification images.
• Automatically analyze key features in your images.
• Easily manage multidimensional tasks, including 5D experiments.

Close Monitoring of Cell Migration Growth

Use cellSens™ Object Tracking and Count and Measure solutions to analyze the movement and division of live cells in time-lapse or Z-stack image sets. Confluency Checker tools are a proven way for you to measure confluency on phase contrast images as well as fluorescence.

Cultured Cos 7 cell.
Blue: Nuclear, Green: Mitochondria, Red: Tubulin, Magenta: Actin.

Fully Automated Efficiency

The Graphical Experimental Manager (GEM) of cellSens Dimension software enables fully automated multidimensional observation (X, Y, Z, T, wavelength, and positions) to make experiment setup even easier.

One Platform, Infinite Possibilities

Stay at the forefront of technology with the IXplore IX85 Pro’s unmatched customizability. Now you can support diverse imaging modalities across a variety of applications with no sacrifice in performance—and empower your lab to stay prepared for whatever the future brings.

Versatile Deck Structure

Customize your microscope setup for your own experiments. An open frame design makes it simple to add or swap modules to customize functions as needed. You can also upgrade from one to two decks as research needs change.

New Built-In Threaded Holes

Built into the frame, threaded holes around the camera ports turn the IXplore IX85 Pro into a canvas for innovation, whether you’re building a custom system or integrating the frame into your product.

Future-Proof Reliability

Ideal for busy lab settings, long-term imaging projects, and live-cell imaging, the IXplore IX85 platform provides durability and performance backed by exceptional service and support.

Confidence in Every Use

The IXplore IX85’s durable frame design is built to withstand a multitude of uses, ensuring consistent performance and reducing downtime. The platform provides maximum stability, minimizing small movements that could disrupt delicate long-duration imaging experiments.

With the same service and support that you’ve come to know and expect from Evident, you can be confident that your IXplore IX85 will perform as intended for years to come.

Upgrade and Expand Your Imaging Technology as Needs Evolve

The IXplore IX85 lets you upgrade and expand your imaging platform as research needs evolve by adding features such as TruFocus Z-drift compensation, environmental control, and imaging modalities like confocal laser scanning, spinning disk, and photomanipulation. For high-content screening, integration with scanR analysis software streamlines data processing and quantitative evaluation. Third-party integration is easy with support for incubation systems, motorized stages, and more.