EVIDENT

FV5000 Confocal Laser Scanning Microscope

Référence: EVI-FV5000

High-performance confocal & multiphoton platform for deep, fast, and quantitative fluorescence imaging.

The Evident (Formely Olympus) FLUOVIEW™ FV5000 is designed for researchers requiring absolute quantitative accuracy, high sensitivity, and unmatched flexibility; from surface-level single-photon imaging to high-depth multiphoton acquisition.

Powered by next-generation SilVIR™ detectors, ultra-fast resonant imaging, 8K galvo scanning, and intelligent automation, the FV5000 delivers reproducible data with exceptional clarity across all sample types.

Built for modern life-science workflows, from live-cell dynamics to thick-tissue multiphoton studies.

Key Advantages at a Glance

Photon-level quantitative imaging with SilVIR™ cooled SiPM detectors
Widest dynamic range (400–900 nm) for clear low-signal and high-signal imaging in one acquisition
Dual scanning system:
- Resonant imaging up to 438 FPS (2048x32)
- Galvo scanning up to 8192×8192 px (8K) with 0.2 µs dwell time
Super-resolution down to 120 nm (FV-OSR software, no extra hardware)
Up to 6 simultaneous spectral channels with TruSpectral/VPH detection
Fully integrated smart automation: AI sample search, laser optimization, shading correction, auto correction collar
Multiphoton-ready platform with cost-effective fiber-pigtailed IR lasers or advanced tunable MPE systems
Compatible with inverted, upright, gantry, and multiphoton frames
Stable, reproducible performance with built-in Laser Power Monitor & Microscope Performance Monitor

Download the full brochure below for complete configuration options and specifications.

Contact Analis application specialists to receive personalized system proposal or organize a demo.

Demander plus d’information

FV5000 Confocal Laser Scanning Microscope

7-color Tetbow mouse brain image illustrating photon-level quantitation.webp

Comparison images showing SilVIR vs GaAsP-PMT saturation behavior.webp

High-resolution HeLa super-resolution image (FV-OSR).webp

Intelligent shading correction before-after in large-area imaging.webp

Illustration of FV5000's modular design - Confocal Upright system For electrophysiology.webp

Illustration of FV5000's modular design - Confocal Upright system For glass slide sample imaging.webp

Illustration of FV5000's modular design - Confocal Gantry system For in vivo observation that requires maximum space.webp

Illustration of FV5000's modular design - Inverted system For observing tissue cultures, 3D cultures, and cell cultures (spheroids).webp

Illustration of FV5000's MPE design - Multiphoton Upright system - large focus stroke From tissue slices to live mice and other small animals.webp

Illustration of FV5000's MPE design - Multiphoton Gantry system - large working space below the objective.webp

Illustration of FV5000's MPE design - Multiphoton Inverted system -observation of 3D cultures and multicellular clusters.webp

Multiphoton deep imaging of kidney organoids.webp

Données Techniques

Categorie	Spécifications
Detector	SilVIR™ detector (cooled SiPM), broadband or red-shifted type High dynamic range photon counting (1G cps, 16-bit) Built-in Laser Power Monitor (LPM)
Maximum Channels	Six confocal spectral channels
Spectral Method	VPH spectral detection Detectable wavelength range: 400–900 nm
Scanner — Galvanometer	64 × 64 to 8192 × 8192 pixels (8K) Pixel dwell: 0.2 µs – 1000 µs
Scanner — Resonant	512 × 512, 1024 × 1024, 2048 × 2048 pixels
Field Number	20 (for both scanner types)
Laser Lines (VIS)	405, 445, 488, 514, 561, 594, 640 nm
Laser Lines (NIR)	685, 730, 785 nm
Multiphoton (FV5000MPE)	SilVIR non-descanned detectors (broadband / red-shifted type) Fiber-pigtailed fixed IR lasers: 920 nm, 1064 nm Tunable IR laser compatibility: 690–1300 nm Automatic 4-axis IR laser alignment One-, two-, or three-line simultaneous MPE excitation
Super-Resolution (FV-OSR)	Software-based (no extra hardware) ~120 nm XY resolution Compatible with up to six channels
Cadre de microscope	Inverted (IX85) Upright Gantry Multiphoton (MPE) configurations
Automation & Smart Tools	AI Smart Sample Search (auto XY/Z localization) Smart Laser Power Adjustment Intelligent Shading Correction TruResolution™ automated correction collar
Modularité	Expandable detectors, lasers, cameras Upgradeable to multiphoton Supports full X Line™ & A Line™ objective ecosystem
Physical Dimensions*	Approx. 650 × 950 × 750 mm (inverted configuration) 120–150 kg depending on configuration *Final dimensions vary by frame type, lasers, and accessories.

*Les dimensions et le poids définitifs peuvent varier en fonction du type de cadre, du nombre de lasers et d'accessoires.

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Brochure EVIDENT FV5000 Confocal Laser Scanning Microscope EN.pdf

18 / 11 / 2025

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