The Petro Pazhouhesh Ahoura Polarized Microscope is designed with advanced technical features to ensure high precision and clarity in various applications.

Technical Specifications

1. 360° Rotatable Binocular Head with a rotating stage for smooth and precise movement; sample holder available upon request.
2. Objective Lenses with magnifications of 4X, 10X, 40X, and 100X (optional 2.5X available upon request).
3. Wide-Field Eyepiece (WF10X / 18mm) with coaxial coarse and fine focus adjustment system.
4. Advanced Polarization System developed by Petro Ahura.
5. Phase Difference Plate for enhanced contrast and sample analysis.
6. Optical Filters in green, blue, and yellow, with 12V/20W halogen illumination and adjustable intensity control.
7. Power Supply: 220V.
8. Dimensions: Length 550 mm, Width 250 mm, Height 345 mm.
9. Net Weight: 6.60 kg

Applications of the Polarized Microscope

Rock and Mineral Studies – Analyzing the composition and structure of geological samples.
Keratin Structure Examination – Investigating hair, nails, and other keratin-based tissues.
Muscle Tissue Analysis – Studying the fine structure of muscle fibers.
Collagen Analysis – Observing collagen fibers and their properties.
Crystalline Chemical Studies – Identifying and analyzing crystalline chemical substances.
Microstructure Identification – Examining microstructures in various materials.
Solid and Liquid Crystal Research – Investigating crystal formations in both solid and liquid states.
Fiber Analysis – Assessing synthetic and natural fibers.
Glass and Ceramic Studies – Analyzing the structural properties of glass and ceramic materials.
Metals and Alloys Analysis – Evaluating the composition and microstructure of metals and alloys.

Benefits

• Versatile Magnification Options – Equipped with 4X, 10X, 40X, and 100X objective lenses, with an optional 2.5X lens available upon request, allowing for detailed sample examination.
• Smooth 360° Rotation – The binocular head with a rotating stage provides effortless maneuverability and flexibility in viewing samples from various angles.
• Professional Polarization System – The custom-built polarization system by Petro Ahura enhances clarity and contrast for the analysis of crystalline materials and other complex structures.
• Compact and Ergonomic Design – Its well-balanced dimensions ensure ease of use in laboratory settings while maintaining high precision.

For further details on the Petro Ahura Polarized Microscope or to request a consultation for custom orders, feel free to contact us.

What is a Polarized Microscope and How Does It Work?

A polarized microscope is an advanced optical instrument that utilizes polarized light instead of conventional illumination methods to examine samples. This technique is particularly useful in geology for studying rocks and minerals, but it is also widely used in metallurgy, chemistry, biology, and medical physics.

The working principle of a polarized microscope involves analyzing anisotropic materials, which are substances that interact with light differently depending on the direction of polarization. By using polarized light, the microscope enhances contrast and reveals detailed structural properties that may not be visible under normal light conditions. This makes it an essential tool for distinguishing material compositions, crystal orientations, and internal structures with high precision.

The polarized microscope was first developed based on the discovery of William Nicol, a Scottish scientist who, in 1828, identified the polarization properties of calcite crystals. Today, these microscopes come with advanced features such as rotating polarizers and adjustable stages, making them highly versatile for scientific research. Researchers use polarized light microscopy to study natural and industrial materials, including minerals, ceramics, polymers, wood, and even biological structures.

As a critical tool in material science, geology, biology, and medical research, the polarized microscope offers both qualitative and quantitative analysis, helping scientists uncover crucial insights into the properties of various materials.