IXplore IX85 Inverted Microscope

Clearer Insights

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.

See More with Deeper Imaging See deeper into your samples, catch more signal, and image the real shape of cells over time—all without the hassle of immersion liquid. Pair the IXplore IX85 with the world’s first multi-immersion silicone gel objective lens (LUPLAPO25XS). Featuring groundbreaking silicone gel pad technology, LUPLAPO25XS delivers the image quality of silicone immersion with the ease of use of a dry objective. Easy objective switching: Seamlessly switch between dry objectives and your silicone gel pad objective. No need to clean or reapply the immersion medium. More stable time-lapse imaging: Silicone gel pad maintains stable structure and moisture content for reliable time-lapse imaging Simplified well plate imaging: The gel pad moves with your objective. No need to wipe or replace oil as you navigate your sample. Read the White Paper Organoid Imaging Benefits	XYZ image comparison. Left: LUPLAPO25XS silicone gel pad objective, NA 0.85. Right: UPLXAPO20X dry objective, NA 0.8. Cleared HeLa* 1 cell spheroid (cyan: nuclei, magenta: microtubules). Captured on the IXplore IX85 Spin. *To learn more about the origin of HeLa cells, visit henriettalacksfoundation.org.

See More with Deeper Imaging

See deeper into your samples, catch more signal, and image the real shape of cells over time—all without the hassle of immersion liquid.

Pair the IXplore IX85 with the world’s first multi-immersion silicone gel objective lens (LUPLAPO25XS). Featuring groundbreaking silicone gel pad technology, LUPLAPO25XS delivers the image quality of silicone immersion with the ease of use of a dry objective.

Easy objective switching: Seamlessly switch between dry objectives and your silicone gel pad objective. No need to clean or reapply the immersion medium.
More stable time-lapse imaging: Silicone gel pad maintains stable structure and moisture content for reliable time-lapse imaging
Simplified well plate imaging: The gel pad moves with your objective. No need to wipe or replace oil as you navigate your sample.

Read the White Paper

Organoid Imaging Benefits

See deeper into your samples, catch more signal, and image the real shape of cells over time—all without the hassle of immersion liquid.

XYZ image comparison. Left: LUPLAPO25XS silicone gel pad objective, NA 0.85. Right: UPLXAPO20X dry objective, NA 0.8. Cleared HeLa* 1 cell spheroid (cyan: nuclei, magenta: microtubules). Captured on the IXplore IX85 Spin. *To learn more about the origin of HeLa cells, visit henriettalacksfoundation.org.

Images acquired using an X Line UPLXAPO60XO objective lens

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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Edge-to-Edge Clarity and Precision Intelligent Shading Correction automatically compensates for uneven illumination across the field of view to generate stitched images without manual adjustment, improving efficiency and consistency in large-area imaging. Read the White Paper	Left: Without Intelligent Shading Correction. Right: With Intelligent Shading Correction.

Edge-to-Edge Clarity and Precision

Intelligent Shading Correction automatically compensates for uneven illumination across the field of view to generate stitched images without manual adjustment, improving efficiency and consistency in large-area imaging.

Read the White Paper

Without Intelligent Shading Correction. Right: With Intelligent Shading Correction

Left: Without Intelligent Shading Correction. Right: With Intelligent Shading Correction.

Stunning 3D Images

Use TruSight technology to create 3D images with confocal-like sharpness at the speed of a widefield microscope. Explore 3D samples in real time with advanced software solutions that help you see more, faster.

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