Inverted Fluorescence Microscope MF53-N

MF53-N is a high end inverted fluorescence microscope close to research level developed by Mshot, the function similar to Olympus IX. The microscope adopts excellent quality Infinity Independent Achromatic Optical System to make sure better fluorescence imaging. Support phase contrast observation, bright field and fluorescence application. MF53-N inverted fluorescent microscope is ideal for live cell laboratory microscopy imaging.

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    Description

    MF53-N is a high end inverted fluorescence microscope close to research level developed by Mshot, the function similar to Olympus IX. The microscope adopts excellent quality Infinity Independent Achromatic Optical System to make sure better fluorescence imaging. Support phase contrast observation, bright field and fluorescence application. MF53-N inverted fluorescent microscope is ideal for live cell laboratory microscopy imaging. As a trusted name in microscopy, MSHOT designs the Inverted Fluorescence Microscope MF53-N to meet the practical needs of modern laboratories, combining dependable optics with straightforward operation.

    Overview

    MSHOT designs inverted microscopes for cell and material observation. The Inverted Fluorescence Microscope MF53-N is built around a well-engineered optical platform that delivers consistent, high-quality inverted fluorescence microscope results in routine and research settings. Every component, from the objective system to the illumination source and the mechanical stage, has been selected and calibrated to provide stable, repeatable imaging session after session.

    Whether you are a researcher running long experiments, a laboratory technician processing many samples, or an educator demonstrating principles to students, the Inverted Fluorescence Microscope MF53-N is designed to make inverted fluorescence microscope work more efficient and more reliable. Its thoughtful layout and clear controls reduce setup time, while robust construction ensures it stays accurate even under continuous use.

    Key Features

    • Inverted optical configuration for samples in vessels
    • Infinity-corrected optics
    • Phase contrast or fluorescence options
    • Long working distance objectives
    • Stable, ergonomic design

    These features work together to simplify your inverted fluorescence microscope workflow. The optical system delivers sharp, well-corrected images across the field of view, while the illumination and observation modes give you the flexibility to examine different sample types with confidence. The result is an instrument that performs consistently, whether you are looking at prepared slides, living cultures or industrial specimens.

    Maintenance is equally straightforward. The durable construction and accessible design make cleaning and routine care simple, so the Inverted Fluorescence Microscope MF53-N remains dependable throughout its service life with minimal downtime.

    Applications

    Thanks to its balanced design, the Inverted Fluorescence Microscope MF53-N is well suited to a broad range of inverted fluorescence microscope tasks:

    • Live cell culture observation
    • Inverted biological and fluorescence imaging
    • Sediment and container-based samples
    • Materials and quality inspection

    Across these applications, users benefit from stable imaging, consistent color rendition and a workflow that minimizes adjustment time. The Inverted Fluorescence Microscope MF53-N adapts readily to different specimen preparation methods and observation requirements, making it a versatile addition to any laboratory.

    Build Quality and Ergonomics

    Built with precision components and a solid frame, the Inverted Fluorescence Microscope MF53-N offers the stability needed for critical observation. Its ergonomic layout places controls within easy reach, reduces operator fatigue and allows comfortable use over extended sessions. This attention to detail helps you obtain more accurate results with less effort.

    Specifications

    The inverted configuration allows observation of samples in flasks, dishes and well plates from below. For complete technical specifications, including optical configuration, illumination options and available accessories, please refer to the product datasheet or contact our team.

    Choosing the Inverted Fluorescence Microscope MF53-N means investing in a solution that combines performance with value. MSHOT designs inverted microscopes for cell and material observation. Supports each inverted fluorescence microscope installation with application guidance and technical assistance, helping you get the most from your instrument. From initial setup to routine use, our goal is to keep your workflow smooth and your results consistent, so you can focus on the science and quality that matter most to your laboratory.

    With a broad portfolio of microscopy solutions and a team that understands real-world applications, MSHOT makes it easy to select, deploy and maintain the right inverted fluorescence microscope for your needs. Contact our specialists for configuration advice, pricing or a live demonstration of the Inverted Fluorescence Microscope MF53-N.

    Why Choose MSHOT

    MSHOT is a professional microscope manufacturer committed to combining optical excellence with responsive support. Every inverted fluorescence microscope solution is backed by clear documentation, firmware updates and practical application guidance. Our team helps you select the right configuration, supports installation and remains available for questions as your needs evolve.

    Contact our team today to discuss your requirements, request a quotation, or arrange a demonstration of the Inverted Fluorescence Microscope MF53-N for your laboratory.

    Feature

    5 cube/6 cube fluorescence module:

    It is convenience to exchange filter cubes in turret flfluorescence module, satisfy observation of most fluorescence fluorophores.

    Fluorescence illumination system:

    Long working life broad-spectrum LED light source in high power offers enough and even brightness, instant on and off without preheating.

    Semi-apochromat fluorescence objective:

    The high numerical aperture Semi-apochromat fluorescence objectives have high definition and fluorescence transmittance properties. It can produce sharp images under bright field fluorescence and can meet the requirements of observation in various fluorescence fields.

    Sample images:

    Specifications

    Parts Specification Standard Optional
    Eyepiece Wide Field Plan eyepiece WF10X/23mm, high eye point  
    Centering telescope  
    Observation tube Binocular observation tube, 45°inclined, pupil distance adjust range 50-75mm, diopter adjustable  
    Nosepiece Quintuple revolving nosepiece with bearing inner location and anti-fungus device  
    Objectives Infinity long working distance plan achromatic objectives Plan 4X/0.12  WD:10.8mm  
    Long working distance semi-apochromatic fluorescence objective  L Plan Fl 10X/0.32   WD: 7.1mm  
    Long working distance semi-apochromatic fluorescence objective  LWD Plan Fluor 40X/0.65   WD:3.0mm  
    Infinity long working distance plan achromatic objectives Plan 10X/0.26 PH  WD:10.5mm  
    Infinity long working distance plan achromatic objectives Plan 20X/0.45 PH  WD:5mm  
    Infinity long working distance plan achromatic objectives  LWD Plan 4X/0.1  WD:11.98mm  
    Infinity long working distance plan achromatic objectives Plan 10X/0.26  WD:10.5mm  
    Infinity long working distance plan achromatic objectives Plan 20X/0.45  WD:5mm  
    Infinity long working distance plan achromatic objectives Plan 40X/0.58 WD:2.5mm  
    Infinity long working distance plan achromatic objectives Plan 10X/0.25 PH  WD:9.3mm  
    Infinity long working distance plan achromatic objectives Plan 20X/0.45 PH  WD:5mm  
    Infinity long working distance plan achromatic objectives Plan 40X/0.58 PH  WD:2.5mm  
    Infinity long working distancesemi-apochromatic fluorescence objective  Plan Fluor 4X/0.13   WD:18.5mm  
    Infinity long working distancesemi-apochromatic fluorescence objective  Plan Fluor 10X/0.3   WD:7.1mm  
    Infinity long working distance semi-apochromatic fluorescence objective  Plan Fluor 20X/0.45   WD:5.9mm  
    Infinity  long  working  distance semi-apochromatic  fluorescence objective  L Plan Fl 40X/0.65   WD:3.0mm  
    Infinity long working distancesemi-apochromatic fluorescence objective  Plan Fluor 60X  
    Long working distance semi-apochromatic phase contrast objective 10X(FLPH)  
    Long working distance semi-apochromatic phase contrast objective 20X(FLPH)  
    Long working distance fluorescence phase contrast objective 40X(FLPH/1.0)  
    LED fluorescence attachment and illuminating system Individual channels LED light source MG120  
    100W Broad-spectrum LED light source  

    Sixtuple filter cube positions fluorescence attachment

    With 3 filter cubes, available to add and exchange filters

     
    Filter cube Filters    
    U EX:375/28nm;DM:415nm;EM:460/50nm  
    B EX:470/40nm;DM:505nm;EM:535/40nm  
    G EX:530/40nm;DM:565nm;EM:605/55nm  
    Sextuple fluorescence module and its filter cubes FB-U-M EX:375/30nm;DM:415nm;EM:460/50nm  
    FB-B-M EX:475/30nm;DM:505nm;EM:530/40nm  
    FB-G-M EX:540/25nm;DM:565nm;EM:605/55nm  
    FL-U-M EX:355/50nm;DM:410nm;EM:420nmLP  
    FL-B-M EX:475/30nm;DM:505nm;EM:510nmLP  
    FL-G-M EX:530/40nm;DM:570nm;EM:575nmLP  
    FL-Y-M EX:560/40nm;DM:600nm;EM:610nmLP  
    FB-Y-M EX:560/40nm;DM:600nm;EM:635/60nm  
    FB-R-M EX:620/50nm;DM:655nm;EM:690/50nm  
    Quintuple fluorescence module and its filter cubes UV EX:355/50nm;DM:400nm;EM:415nmLP  
    B EX:475/30nm;DM:500nm;EM:515nmLP  
    G EX:530/40nm;DM:570nm;EM:590nmLP  
    FB2-U-M EX:375/30nm;DM:415nm;EM:460/50nm  
    FB2-B-M EX:475/30nm;DM:505nm;EM:530/40nm  
    FB2-G-M X:540/25nm;DM:565nm;EM:605/55nm  
    FB2-Y-M EX:560/40nm;DM:600nm;EM:635/60nm  
    FB2-R-M EX:620/50nm;DM:655nm;EM:690/50nm  
    FL2-Y-M EX:560/40nm;DM:600nm;EM:610nmLP  
    Focus system Coaxial coarse and fine with limit and locking devices, low coaxial focus adjusting handle, Minimum adjustment gradations: 1 µm  
    Stage Fixed stage 240mmX260mm,with low-positioned X/Y coaxial control knob, travel distance 135mmX85mm  
    Transmitted illumination system Long working distance condenser 72mm, NA 0.30 with triple phase contrast slider 10X/20X/40X  
    LED brightness contentiously adjustment  
    Black color light shield  
    Slide glass holder Multi-function slide glass  holder(Φ35mm)  
    Multi-function slide glass holder(Φ90mm)  
    Camera adapter External 1X C-mount adapter  

     

     

    Resources

    https://www.m-shot.com/new-scientific-breakthrough-mshot-mf53-n-inverted-fluorescence-microscope-supports-a-key-discovery-in-hypertension-vascular-remodeling-by-china-pharmaceutical-university-team/

    https://www.m-shot.com/struggling-to-capture-quality-fluorescence-microscope-images-have-you-addressed-these-5-key-factors/

     

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