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Shop Ultimate Epi Fluorescence Microscope – ESAW High-Definition Lab Scope for Research & Education

Model No : MX-50 EF

Regular price Rs. 190,999.00
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Delivery Period

3-5 Working Days

Replacement

3 Days Replacement as standard, Free of Cost

Dedicated Support

Support from 9:30 AM to 6:00 PM everyday

Description

    High-Resolution Imaging for Life Science Research

    Observation Head Trinocular Head, 30° Inclined, Seidentopf Type
    Objectives (Fluorescence Ready) Infinity Corrected Plan Achromatic 4x, 10x, 40x (SL), 100x (Oil, SL)
    Fluorescence Attachment 6-Hole Filter Turret, High-Efficiency Fluorescence Exciter Block
    Light Source (Fluorescence) High-Intensity Mercury Lamp or Long-Life LED Source (Selectable)
    Filter Cubes Standard B (Blue Excitation), G (Green Excitation), U/V (UV Excitation)
    Nosepiece & Stage Quintuple Revolving Nosepiece & Coaxial Mechanical Stage
    Illumination (Transmitted) 3W LED with Kohler Illumination System
    Comprehensive Product Overview

    The **Ultimate Epi Fluorescence Microscope** represents a leap in biological imaging technology, designed specifically for visualizing specimens that have been tagged with fluorescent dyes or proteins. This instrument is crucial for contemporary research across life sciences, pathology, and material analysis. Unlike standard microscopes, this model uses **Epi-Illumination**, where the exciting light is shone through the objective onto the sample, and the resulting fluorescent emission is collected back through the same objective, delivering high signal purity and reduced background noise.

    Featuring a robust **Infinity Corrected Optical System**, the microscope ensures exceptional image quality, making it ideal for quantitative analysis and high-resolution photography. We supply this advanced equipment to premier research institutions in major Indian hubs like **Bangalore, Delhi NCR, and Hyderabad**, supporting critical studies in genetics and cell tracing. The included **6-Position Filter Turret** allows users to rapidly switch between multiple fluorophores (like DAPI, FITC, TRITC) without manual intervention, streamlining complex multi-stain experiments.

    The highly stable mechanical design and precise focusing system ensure that researchers can conduct long-duration experiments, such as tracking protein movement or time-lapse imaging of cellular differentiation, with maximum stability and minimal light loss. This makes the Ultimate Epi Fluorescence Microscope a vital tool for high-impact research throughout states like **Maharashtra, Karnataka, and West Bengal**, enhancing India's contribution to global biological discovery.

    Enhance Your Discovery

    This microscope is an essential instrument for modern cell biology. By converting emitted light into specific colors, it allows researchers to simultaneously identify and localize multiple structures, proteins, or genetic sequences within a single cell with unparalleled specificity. Its robust construction ensures reliable performance in demanding research environments across **Punjab and Tamil Nadu**.

    Significance, Applications, and Specialized Uses

    Scientific Significance

    • **Molecular Specificity:** Allows visualization of molecules using highly specific fluorescent tags (antibodies, proteins).
    • **Localization Studies:** Crucial for determining the exact location of organelles, proteins, or drugs within a cell.
    • **Live-Cell Dynamics:** Enables tracking of moving components (e.g., vesicles, chromosomes) using fluorescent markers.
    • **Multi-Color Imaging:** Capability to visualize several targets simultaneously using multiple filter sets (B, G, UV).

    Key Applications

    • **Immunofluorescence:** Identifying antigens using fluorescently tagged antibodies in clinical and research pathology.
    • **Genetics & Cytogenetics:** Fluorescence In Situ Hybridization (FISH) for gene mapping and chromosomal analysis.
    • **Neuroscience:** Tracing neuronal pathways and monitoring calcium signaling in cells.
    • **Microbiology:** Rapidly detecting pathogens in clinical samples (e.g., Tuberculosis).

    Specialized Uses & Advantages

    • **High Signal-to-Noise Ratio:** Epi-illumination minimizes background light, delivering sharper images.
    • **Digital Integration:** Trinocular port supports high-end scientific cameras for quantitative image analysis in **Gujarat**.
    • **Modular Filter Turret:** Provides flexibility to install specialized filter cubes for emerging fluorescent probes.
    • **Safety & Durability:** Advanced lamp housing management ensures user safety and optimal light output longevity.

    Top Keywords

    • Ultimate Epi Fluorescence Microscope
    • Infinity Fluorescence Optics India
    • High-Performance Epi-Fluorescence
    • Trinocular Fluorescence Microscope Price
    • 6-Hole Filter Turret Microscope
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    • Biological Research Microscope Supplier
    Frequently Asked Questions (FAQs)
    1. What does 'Epi' in Epi Fluorescence Microscope mean?
    'Epi' (Episcopic) refers to the illumination method. In Epi-Fluorescence, the excitation light is delivered from above, through the objective lens, onto the specimen, and the resulting emitted light is collected back through the same objective. This is highly efficient for opaque or thick specimens.
    2. How are different fluorophores visualized on this microscope?
    Different fluorophores (like DAPI, FITC, or Texas Red) are visualized using specific **Filter Cubes** housed in the turret. Each cube contains an Excitation filter, a Dichroic mirror, and an Emission filter, ensuring only the target wavelength reaches your eye or camera.
    3. Is the light source safe for continuous use?
    The fluorescence light source (often Mercury or high-power LED) is housed in a dedicated, shielded attachment. While high-intensity UV light is used, the system is designed with safety interlocks and shielding to protect the user during operation. Always follow standard lab safety protocols when handling the lamp housing.
    4. Can I use this microscope for non-fluorescent (Brightfield) applications?
    Yes, the Ultimate model includes a separate, high-quality **Transmitted Light (Brightfield/Kohler) Illumination system** located beneath the stage. This allows for routine observation of stained or unstained slides when the fluorescence attachment is not in use.
    5. Why are the objectives Infinity Corrected?
    Infinity correction is crucial in research microscopes, especially fluorescence models, because it allows for the insertion of complex optics (like the Dichroic mirrors and filters within the filter cubes) into the light path without affecting the focus or introducing image aberrations.

    Global Supply and All-India Distribution Network

    The Ultimate Epi Fluorescence Microscope is trusted by researchers worldwide and available for supply across all Indian states and union territories.

    • India (All States)
    • United States
    • Germany
    • United Kingdom
    • Canada
    • Australia
    • Japan
    • Brazil
    • South Korea
    • France
    • UAE
    • Singapore
    • South Africa
    • Mexico
    • Spain
    • Italy
    • Sweden
    • Netherlands
    • New Zealand
    • China

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