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EVIDENT

IX85 Inverted Microscope System

Reference: EVI-IX85

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The IXplore IX85 is a high-performance, motorized inverted microscope platform designed for advanced live-cell imaging, time-lapse acquisition, and automated workflows in demanding life science applications.

Inverted Microscope for Live-Cell Imaging and Automation

Motorized and Modular Design for Precision Imaging

Built on the proven Olympus IX3 frame and the legacy of the IX83 platform, the IXplore IX85 delivers enhanced automation, stability, and modularity to support a broad range of imaging techniques, from brightfield to fluorescence and DIC. It delivers precise control for long-term observations, high-content screening, and multi-position acquisition.
Seamless integration with Olympus cellSens software ensures intuitive operation, automated workflows, and consistent image acquisition across experiments.

Flexible Configurations for Time-Lapse and High-Content Applications

  • Supports fluorescence, DIC, phase contrast, and IR-DIC imaging
  • Motorized Z-drive and XY stage with TruFocus™ Z-drift compensation
  • Modular deck structure for easy integration of additional optical paths or accessories
  • Seamless compatibility with incubation systems for live-cell viability
  • Ideal for cancer biology, stem cell tracking, and neuroscience research
  • Scalable for routine imaging to AI-assisted image acquisition and automated analysis

The IXplore IX85 platform is also available in two optimized configurations:

  • IXplore IX85 Pro for high-speed, high-content imaging with a wide field of view
  • IXplore IX85 Live for long-term live-cell imaging with minimized phototoxicity and precise environmental control.
 Contact Analis for expert guidance, a tailored configuration, or to book a live demo.

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    Technical information

    Category Specification
    Microscope Frame Olympus IX3-based, motorized IX85 with modular deck structure
    Imaging Modes Brightfield, Phase Contrast, DIC, Epifluorescence, IR-DIC
    Automation Motorized focus (Z), XY stage, shutters, filter wheels, and condenser
    Stage Options Encoded or encoded/motorized XY stage with multi-position control
    Objectives Supports 4X to 100X; universal turret (6 positions)
    Camera Compatibility Wide-field and sCMOS/high-speed camera port available
    Live Cell Support Incubator compatibility, vibration stability, IR-LED transmitted light
    Dimensions (base frame) Approx. 350 mm × 550 mm × 550 mm (H × W × D), frame only
    Download the full brochure for detailed system configurations.

    Related documents

    DOCUMENT NAME

    RELEASE DATE

    DOWNLOAD

    Brochure EVIDENT IX85 Automated Inverted Microscope System EN.pdf
    26 / 03 / 2025

    Related accessories, consumables & products

    scanR High-Content Screening Solution
    EVIDENT

    scanR High-Content Screening Solution

    Reference : EVI-scanR
    High-Content Imaging Cytometer for Automated Cellular Analysis in Life Science and Multiomics Workflows
    The ScanR system is a flexible, modular solution that combines the precision of an Olympus IX83 inverted microscope with the throughput and automation of a high-content screening platform. Designed for cell biology, drug discovery, systems biology, and live-cell assays, it delivers real-time image-based cytometry with AI-assisted segmentation, population gating, and deep learning analysis—ideal for demanding, high-throughput workflows.

    Key Features and Benefits

    • Modular Olympus-based platform for assay development and high-throughput multiwell imaging
    • Real-time cytometric analysis with multiparametric gating, classification, and object detection
    • Integrated ScanR AI module for deep learning segmentation and rare event detection
    • TruFocus™ IR laser autofocus for fast and precise z-positioning
    • Supports advanced acquisition modes: Z-stack, time-lapse, multicolor, and label-free imaging
    • Seamless integration with spinning disk confocal (CSU-W1), TIRF, and FRAP imaging modules
    • Intuitive data visualization with real-time histograms, scatter plots, and kinetic tracking
    • Enables end-to-end image acquisition, gating, cell isolation, and sequencing in one workflow.
    • Compatible with laser microdissection and downstream RNA/DNA sequencing pipelines
    • Adaptable to R&D labs, multiuser facilities, and clinical screening environments

    Applications

    • Cell viability, proliferation and apoptosis studies
    • Live-cell kinetic and time-lapse tracking
    • Gene expression, translocation, and reporter assays
    • Cell cycle and nuclear morphology
    • Drug screening and rare event detection
    • Label-free fluorescence and low-exposure analysis
    • FISH, PML body, comet assays, and multicolor fluorescence assays