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Optics

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4k HDR Lenses

  • Navitar's 4K HDR lenses are produced with state-of-the-art multi-layer anti-reflection coatings, a built-in infra-red rejection filter and ultra low reflectance internal mechanics for excellent veiling glare characteristics. 

  • Multiple fields of view are offered for 1/2", 2/3" and 1" sensor formats.


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Resolv4K Zoom & Fixed Systems

  • ZOOM: Available lens attachments give users the best of both worlds; the low mag end of zoom gives wide fields of view with no sacrifice in MTF or loss of illumination, while the high mag end delivers microscope objective like resolution at extremely long working distances.

  • FIXED: Fixed system is ideal for fixed field of view applications with closer working distances offering higher magnification and resolving power than standard enlarging or SLR lenses in macro mode.

  • Adapter options allow users to employ a range of sensors from 1/2" through APS formats and beyond.

  • LED-based coaxial light module pairs with system to ensure even illumination in large FOV configurations.


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High Mag Lenses - Zoom 6000/12X Zoom/PE

  • The modularity of our systems give you the magnification powers of traditional microscopes without the bulk or expense.

  • Equipment manufacturers looking for highly repeatable and automated precision optics can easily integrate, assemble and configure our lenses into new instruments achieving smaller footprints and lower prices than older equipment.


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Low Mag/FA Lenses

  • Navitar NMV lenses for 4/3”, 1.1”, 2/3”, and 1/2" formats

  • Fujinon lenses for 1", 2/3", 1/2" and 1/3" formats

  • Ruggedized lenses for 1" and 2/3 formats


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Microscope Objectives

  • Navitar and its Special Optics division design and manufacture microscope objectives for industrial, research and OEM applications.

  • Navitar HR objectives offer high NA, large FOV, and working distances ranging from 8-25mm. For solutions to complex applications that cannot be solved by off-the-shelf microscope objective lenses.

  • Also offers custom microscope objective lens design.


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MTL Tube Lens Imaging System

  • Apo and infinity corrected optics designed for imaging onto a camera

  • Lateral and axial chromatic aberrations corrected across the entire field

  • Wide field design for close-up imaging

  • 0.5x, 1x and 2x modular design will cover camera sensors up to 33mm

  • 2 and 3 position objective changer for using multiple objectives

  • Useful with brightfield, transmitted, Koehler illumination and fluorescent imaging applications


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Large Format Lenses

  • Larger format design for line-scan and area scan cameras.

  • Low distortion center to edge.

  • Wide field design for close-up imaging.

  • Large depth of field.

  • Diffraction limited.

  • Exceptional contrast.


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High Speed Lenses

  • Navitar's high speed fixed focal length lenses work with CCD and CMOS cameras.

  • Our C-Mount, 1” format lenses are designed for 17, 25 and 50 mm focal lengths and are well-suited for low light applications.

  • Common applications include: digital microscopy, chemiluminescence, digital x-ray, motion analysis, gel documentation, transportation inspection, crystallography, measurement systems, fluorescence imaging, holographic imaging, high speed bottle inspection.


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Converter Lenses

  • Ideal for use in Unmanned Aerial Vehicles (UAVs), border security, and industrial automation.

  • Navitar’s converter lenses are compact and lightweight, and offer higher quality and a greater range of magnifications than those currently on the market.

    Navitar’s converter lenses easily interface with block cameras to provide optimal zoom ranges. Relative illumination ranges from 50% to 88%.


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Hyper-Spectral Lenses

  • Navitar's fixed focal length SWIR/Hyperspectral lenses are designed for SWIR (short wave infrared) cameras and applications.

  • Lenses are available in focal lengths of 8mm, 12.5mm, 16mm, 25mm, 35mm and 50mm.



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UV/DUV/NUV Imaging Lenses

  • Our ZFL fluorescent imaging system utilizes interchangeable fluorescence cubes and internal focus to create an image.

  • It is a simple, cost-effective, modular solution for UV applications.

    The NanoVue optical system works in deep ultraviolet (DUV) light, enabling detection and characterization of yield critical defects while effectively doubling the resolution limit of conventional visible light microscopes.