A polarizing microscope is a type of optical microscope that uses polarized light to observe materials with anisotropic properties. It is widely used in geology, mineralogy, materials science, and biology to examine internal structures, stress distribution, or birefringence in samples such as crystals, minerals, fibers, and polymers. This microscope for mineralogy provides accurate and high-contrast imaging essential for professional and research-grade analysis.
Ergonomic Binocular Viewing System
Advanced Optical & Illumination System
Precision Stage and Anti-Vibration Structure
In electronics manufacturing, SISCO's microscopes assist engineers in inspecting tiny circuit components for precise soldering and assembly. In watch repair, technicians use microscopes to examine intricate parts for accurate restoration and repair. During chemical experiments, researchers observe microscopic reactions and cellular structures. In gem appraisal, experts rely on microscopes to identify internal features and flaws, determining the gemstone’s quality and authenticity.
Model | SISCO-AM-MSC-P107B | ||||
Viewing Head | Sliding binocular head, inclined at 45°, 360° rotatable | ||||
Eyepiece | WF10X/18mm with crosshair scale | ||||
Mechanical Tube Length | 160mm | ||||
Objective | Strain-free achromatic objectives: 4X/10X/40X | ||||
Objective Conjugate Distance | 195mm | ||||
Nosepiece | Center-adjustable quadruple nosepiece | ||||
Assistant Lens | 1X auxiliary lens | ||||
Analyzer | 0°~90° rotatable, swing-out analyzer with gradation | ||||
Polarizer | 0°, slide-in/out of the optical path, positioned above the collector | ||||
Bertrand Lens | Swing-in/out capability for conoscopic observation | ||||
Optical Compensator | Includes 1/4λ slip, λ slip, and quartz wedge; insertable at 45° | ||||
Rotating Stage | Circular stage, Ø160mm, 360° rotatable, 1° increments, min. resolution 6′ | ||||
Condenser | NA 1.25 Abbe condenser with iris diaphragm and filter | ||||
Focusing System | Coaxial coarse & fine adjustment (rack and pinion), focus range 28mm | ||||
Fine Focus Sensitivity | Fine division: 0.002mm | ||||
Illumination | 6V/20W halogen lamp, brightness adjustable | ||||
Power Supply | AC 220V / 110V ±10%, 50/60Hz | ||||
Dimensions (W×D×H) | 327×273×425 (mm) | ||||
Weight | 8kg | ||||
Stain-free Achromatic Objectives | |||||
Magnification | Numerical Value (NA) | Thickness of Cover Slip (mm) | Focus (mm) | Work Distance (mm) | Work Type |
4X | 0.1 | 0.17 | 31.05 | 37.5 | Dry |
10X | 0.25 | 0.17 | 17.13 | 7.316 | Dry |
40X | 0.65 | 0.17 | 4.65 | 0.632 | Dry |
60X (Optional) | 0.85 | 0.17 | 2.969 | 0.185 | Dry |
Crosshair Scale Ocular | |||||
Kind | Magification | Focus (mm) | Linear Field of View (mm) | ||
Plan Lens | 10X | 24.95 | Ø18 | ||
Sum Magnification | |||||
Ocular | 10X | 10X | 10X | 10X | |
Objective | 4X | 10X | 40X | 60X | |
Total | 40X | 100X | 400X | 600X |
Q1: What materials can be observed with this polarizing microscope?
A1: This polarizing microscope is ideal for examining anisotropic materials such as crystals, minerals, polymers, fibers, and biological tissues. It’s widely used in geology, mineralogy, materials science, and biology to analyze optical properties like birefringence, internal stress distribution, and crystal orientation.
Q2: Can I perform quantitative analysis using this polarized light microscope?
A2: Yes. The microscope includes a rotatable analyzer (0°–90°), optical compensators (1/4λ, λ, quartz wedge), and a vernier-scale rotating stage (1° gradation, 6' resolution), enabling precise measurements of birefringence and optical retardation. These features support both qualitative and semi-quantitative analysis in scientific and academic research.
Q3: Is the microscope suitable for long-term observation?
A3: Absolutely. With a 45° inclined ergonomic binocular head, widefield 10X eyepieces, and a coaxial coarse/fine focus system, the microscope is comfortable for extended use. The high-rigidity frame reduces vibration, while the smooth mechanical stage and low-position adjustment knobs help minimize fatigue during prolonged sessions.
Tips: How can you enhance image clarity and contrast in polarized light observations?
To improve image clarity and contrast during polarization observations, always start by centering the condenser and aligning the optical path using the Bertrand lens. For best results, adjust the polarizer and analyzer angles to fully cross the polarizing light – this maximizes birefringence visibility and enhances detail resolution in your samples.
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