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Routine level inverted fluorescence microscope MF52-N
Routine level inverted fluorescence microscope MF52-N - Image 2

Routine level inverted fluorescence microscope MF52-N

The inverted fluorescence microscope MF52-N adopts high-quality infinity optical design and digital LED fluorescence module, providing easy-to-use fluorescence and bright field imaging, suitable for cell culture, biopharmaceuticals, medical testing and other fields.

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    Description

    MF52-N is a compact high quality inverted fluorescence microscope in common use, it supports observation of bright field, phase contrast and fluorescence, small body is good to use inside incubator. LED light source is available to ON and OFF at any time, convenience for lab working.

    The LED light source as epi fluorescence illumination is high efficiency and safety for routine fluorescence laboratory work. Swing-in and swing-out type condenser can achieve non-contaminated cultured cells observation in the high culture dish or in the cylindrical flask. Its modularity design concept makes it can be easily and safety adjusted the illumination system and switched the fluorescent filter groups. It is widely applicable to do micro observation of cells tissue and transparent liquid tissue as well as observation of bio-pharmaceutical, medical testing and disease prevention,etc.

    Feature

    Advantage of LED fluorescence illumination system:

    Built-in color LED lamps and module design, instant on and off offers green, red, yellow and blue four fluorescence imaging results.

    New optimized optical path design:

    While ensuring the imaging quality, the space occupied by the optical signal transmission system is reduced through advanced "optical path optimization design".

    High contrast objective without curvature or halo:

    The objective lens has clear imaging without field curvature or halo, and has high contrast.It has High numerical aperture objectives,upgraded plan phase contrast objectives and semi-apochromatic fluorescence objectives for choices.

    Built-in interface:

    Compatible with all camera types below 1.2 inches.Since optical imaging is a very complex process, the digital interface has a great influence on light compensation, transmittance, dispersion, balance, strength, etc., and plays a great role in image correction and compensation.

    Applications

    ■Living tissue observation
    ■Biopharmaceuticals
    ■Medical examination
    ■Disease prevention

    Specifications

    Parts Specification Standard Optional
    Eyepiece Wide field SWF10X , FN 22mm, high eyepoint, one diopter is adjustable •
    Centering telescope •
    Observation tube 45˚ inclined, interpupillary distance 53~75mm •
    Nosepiece Quintuple nosepiece,ball bearing with anti fungus device •
    Objectives Long working distance plan objective lens M-UPLFLN4X/0.13 Working distance: 17.15mm •
    Long working distance plan objective lens Plan10X/0.26 Working distance: 10.5mm •
    Long working distance plan objective lens Plan 40X/0.58 Working distance: 2.5mm •
    Long working distance plan phase contrast objective lens Plan10X/0.26 PH working distance: 10.5mm •
    Long working distance plan phase contrast objective Plan20X/0.45 PH Working distance: 5mm •
    Infinity long working distance plan achromatic objective lens Plan4X/0.12 working distance: 10.8mm •
    Long working distance plan objective lens Plan20X/0.45 Working distance: 5mm •
    Long working distance plan objective lens LACH 40X/0.58  Working distance: 3.5mm •
    Long working distance plan phase contrast objective lens Plan40X/0.58 PH working distance: 2.5mm •
    Plan semi-apochromatic fluorescence objective Plan Fluor 4X/0.13 working distance:18.5mm •
    Plan semi-apochromatic fluorescence objective L Plan Fl 10X/0.32  working distance：7.1mm •
    Plan semi-apochromatic fluorescence objective  Plan Fluor 20X/0.45  working distance：5.9mm •
    Plan semi-apochromatic fluorescence objective L Plan Fl 40X/0.65 L working distance: 3.0mm •
    LED fluorescence attachment and illuminating system Filter cube Filters
    MIF-BGU-BP B:460‒495nm, G:528‒553nm, U:360‒390nm •
    MIF-UBY-BP U:360‒390nm, B:460‒495nm, Y:540‒580nm •
    MIF-BGU-LP B:460‒495nm, G:510‒550nm, U:330‒385nm •
    MIF-BG-BP B:460‒495nm, G:528‒553nm •
    Phase contrast ring plate 10X ring, 20X/ 40X ring •
    Focus system Coaxial coarse/fine focus, with tension adjustable and up stop, minimum division of fine focusing is 2μm. •
    Stage Fixed stage overall size is 227mmX208mm

    Mechanical moving 135mmx77mm

    		 •
    Transparent glass round stage overall size is Ф118mm, inner Ф68mm •
    Petri dish holder 1 Inside locating slot size: 86mm (W)X129.5mm (L)      (suitable for circular culture dish Ф90mm) •
    Petri dish holder 2 Inside locating slot size: 34mm (W)X77.5mm (L)suitable for circular culture dish Ф68.5mm) •
    Petri dish holder 3 Inside locating slot size:57mm (W)X82mm (L)(suitable for circular culture dish Ф60mm) •
    Petri dish holder 4 Inside locating slot size:29mm(W)X77.5mm (L)(suitable for circular culture dish Ф35mm) •
    Transmitted illumination system White LED lamp with brightness adjustable •
    Push-pull type condenser, working distance 55mm •
    Green filter •
    Camera adapter Internal set 0.75X C-mount •
    Accessories Allen driver •
    Dust cover •
    Fluorescence light shield •

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    Inverted fluorescence microscope MF52-N imaging performance with camera MS23

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    How to install inverted fluorescence microscope MF52-N?

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    Inverted fluorescence microscope MF52-N user manual

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    Inverted fluorescence microscope MF52-N brochure

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