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"Trinocular Polarizing Microscope for Crystallography Labs"

"Export Quality Trinocular Microscope India for Material Science"

"Advanced Upright Polarizing Microscope for Schools and Colleges"

"Science Equipment for Students – Polarizing Microscope with Trinocular Head"

Shop Trinocular Polarizing Microscope – Upright Advanced Microscope for Labs

Model No : TPM-01

Regular price Rs. 149,909.00
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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

    Trinocular Polarizing Microscope

    Global & Domestic Availability (India)

    • **India:** All States (Gujarat, Maharashtra, UP, etc.)
    • United States
    • Germany
    • United Kingdom
    • Canada
    • Australia
    • South Africa
    • UAE
    • Japan
    • Brazil
    • Nigeria
    • Singapore

    Precision Technical Specifications

    Component Detail
    Observation Head Trinocular, Inclined 30°, 360° Rotatable
    Polarizer & Analyzer Rotatable Polarizer (360°); Analyzer Slideway with Vernier Scale
    Revolving Nosepiece Quadruple, Centering mechanism for each objective
    Objectives (Strain-Free) Achromatic 4x, 10x, 40x (SL), 60x (SL)
    Stage Circular Rotating Stage (360°), Graduated, Lockable
    Compensators Included Gypsum (Red I) Plate, Mica (Quarter Wave) Plate
    Illumination High-Intensity LED/Halogen with Koehler Illumination System
    Comprehensive Product Overview

    The **Trinocular Polarizing Microscope** represents the pinnacle of optical engineering for materials research and petrography. This instrument is essential for analysts requiring highly accurate observation of the optical properties of crystalline, mineralogical, and anisotropic synthetic materials. The inclusion of a **Trinocular port** ensures that research data can be simultaneously viewed, discussed, and digitally captured using advanced microscopy cameras, making it a perfect fit for modern R&D laboratories and postgraduate teaching centers.

    Designed to meet the stringent requirements of labs across **Chennai, Delhi NCR, and Kolkata**, the microscope features precision-machined mechanics. The **Circular Rotating Stage** is indexed for high angular accuracy, crucial for measuring extinction angles and crystal orientation. The use of **strain-free optics** throughout the system guarantees that the observed interference colors and polarization phenomena are solely due to the specimen, not the lenses themselves.

    This unit is specifically tailored for industries such as **Geology (for rock and mineral identification), Forensics (analyzing fibers and trace evidence), and Pharmaceuticals (polymorphism studies)**. Its robust, heavy-duty construction is built to withstand rigorous use in university settings throughout **Rajasthan, Madhya Pradesh, and Kerala**, ensuring long-term reliability and exceptional performance in demanding environments.

    Key Analytical Advantages

    This specialized system provides critical quantitative data:

    • Precise measurement of **Birefringence**.
    • Accurate determination of **Extinction Angles**.
    • Identification of **Isotropic vs. Anisotropic** materials.
    • Digital documentation via the **Trinocular Port**.
    • Strain-free performance for true results.
    Significance in Research & Analysis
    • Material Characterization: Fundamental tool for defining the microstructural properties of new materials in R&D hubs like **Pune**.
    • Quality Control: Ensures consistency and purity in **pharmaceutical batches** by identifying crystalline contaminants or polymorphs.
    • Academic Excellence: Essential for training the next generation of geologists and material scientists in institutions across **Telangana and Gujarat**.
    Core Applications
    • **Petrology:** Identifying feldspars, quartz, micas, and other rock-forming minerals.
    • **Polymer Science:** Observing stress patterns and crystallite formation in synthetic fibers and plastics.
    • **Chemical Analysis:** Determining optical sign and crystallographic structure of precipitated compounds.
    • **Clinical Use:** Analyzing biological tissues for substances like amyloid or urate crystals.
    Practical Uses & Features
    • **Conoscopic Observation:** Using the Bertrand Lens for interference figures (optical sign determination).
    • **Measurement:** Calibrated compensators for adding or subtracting path differences.
    • **Documentation:** Easy attachment of digital cameras for publication-ready images and quantitative measurements.
    • **Training:** Used extensively in **university laboratories** throughout India for hands-on teaching of optics.

    Product Keywords

    • Trinocular Polarizing Microscope India
    • Strain-Free Polarizing Microscope
    • Mineralogy Microscope Price
    • Polarized Light Microscopy (PLM)
    • Geology Lab Equipment
    • Trinocular Polarizer Analyzer System
    • Birefringence Measurement Microscope
    • Rotating Stage Microscope
    Frequently Asked Questions
    1. What is the difference between this and a standard Trinocular microscope?
    The polarizing version includes critical components like the **Polarizer**, **Analyzer**, **Strain-Free Objectives**, **Circular Rotating Stage**, and **Compensator Plates**. These are necessary to work with polarized light for material and crystal analysis, which standard biological microscopes do not offer.
    2. Can I use the Trinocular port for viewing or just for a camera?
    The trinocular port is typically used to attach a camera (like a CMOS or CCD imaging system) for digital documentation and measurement. However, in some models, it can be adapted to hold a third eyepiece for simultaneous viewing, though its main purpose is digital integration.
    3. How often do the compensator plates need calibration?
    The compensator plates (like the Gypsum and Mica plates) are precision optical components and do not typically require calibration. They must be handled with care and stored properly to avoid scratches or damage, which would affect the measurement of path difference (retardation).
    4. Is the illumination powerful enough for high-magnification observation?
    Yes, the system employs high-intensity Halogen or LED illumination, often paired with a **Koehler illumination system**. This ensures that sufficient, evenly distributed light passes through the complex optical path (polarizer, specimen, analyzer) even when using the 60x objective.

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