NEW Confocal microscope

OLYMPUS FV4000

Transforming Precision Imaging Our more than 100 years of optical expertise have led to the FV4000 microscope—a technological breakthrough that delivers profound image quality with the potential to change what you’re able to see and empower your research.

Olympus Confocal FV4000

Superior image quality with our ultra-low-noise SilVIR™ detector and an industry-leading six channels, ten laser lines, and 400–900 nm dynamic range.
Acquire confocal imagesup to 60x fasterand super resolution images up to 8x fasterthan the FV3000.
Count the number of photons in each pixeland represent features as discrete histograms of photons captured at different wavelengths.
Game-changing dynamic rangeenables you to count from a few photons to thousands with linearity—a first in confocal microscopy.
Easy to use with minimal adjustments required to obtain high-impact images and data.

AI Imaging

Stunning, Data-Rich Images in Less Time and with Less Effort

Get better images in less time and with less effort.

TruAI™ denoise technology takes the already low-noise images from the FV4000 and reduces noise to ultra-low limits for stunning, data-rich resonant images.

To speed up image analysis, you can pre-train an AI model so that the system can automatically segment your image data, greatly reducing the workload of this often time-consuming manual process.

Then,TruAI technology further streamlines the analysis so that you can get your data quickly.

Near-Infrared Imaging Solutions

Near-Infrared Imaging Solutions
See in red—open a spectrum of possibilities. When investigating cellular
processes in the context of their 3D environments, model organisms and
organoids are often superior to 2D culture systems. Near-infrared (NIR)
microscopy has proven beneficial for imaging biological tissues due to a
lower absorption and scattering of NIR light than visible light.

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See Deeper into Your Samples with Our New Multi-Immersion Objective

Our new multi-immersion objective (LUPLAPO25XS) with groundbreaking new immersion technology lets you see deeper into your samples and reveal structures that were previously out of reach.

New Experience with Silicone Gel Pad