Olympus 1x – 4x Biological Infinity Corrected Objectives

Browse our selection of Olympus 1x–4x biological infinity corrected objectives f

What Are Olympus 1x – 4x Biological Infinity Corrected Objectives?

Browse our selection of Olympus 1x–4x biological infinity corrected objectives for BX, CX, and IX series microscopes — low-magnification UIS2 survey and overview objectives for wide-field specimen navigation, tissue section scanning, and low-power br

  • How to Choose

    • Magnification requirements (e.g., 20x, 40x, 60x)
    • Numerical aperture (NA) for resolution needs
    • Working distance depending on sample thickness
    • Compatibility with your microscope system

  • Key Advantages

    • Improved imaging of aqueous samples
    • Reduced spherical aberration compared to dry objectives
    • High numerical aperture for enhanced resolution
    • Ideal for live-cell and thick specimen imaging

  • Who Uses Them?

    • Life science researchers
    • Live-cell imaging laboratories
    • Fluorescence microscopy users
    • Confocal and high-resolution imaging facilities

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Olympus 1x – 4x Biological Infinity Corrected Objectives | S

Browse our selection of Olympus 1x–4x biological infinity corrected objectives for BX, CX, and IX series microscopes — low-magnification UIS2 survey and overview objectives for wide-field specimen navigation, tissue section scanning, and low-power brightfield and fluorescence imaging. Low-magnificat

At these magnifications, working distance is generous and depth of field is large, allowing rapid survey of specimens without precise focus adjustment.