Transmitted Polarizing Microscope for Metallographic Orthogonal and Conoscope Observation
The XPL-1/XPL-2 Series transmitted polarizing industrial microscopes are precision instruments designed for differentiating objects with birefraction characteristics, making them essential tools for pharmacology, geology, mechanical engineering, metallurgy, and materials science research.
Key Features
- Strain-free long working distance plan achromatic objectives
- 360° rotatable polarizing stage with precise scales
- Single polarizing, orthogonal, and conoscope observation modes
- High precision optical system with wide field eyepieces
- Advanced polarizing accessories and compensators
Applications
Ideal for research and teaching applications in factories, mining operations, research institutions, and educational facilities. Specifically designed for studying crystals, minerals, rocks, and metallurgical formations.
Technical Specifications
| Component |
XPL-1 Specifications |
XPL-2 Specifications |
| Eyepiece |
Wide field WF10X (field number: Φ18mm) Dividing eyepiece (field number: Φ18mm) 0.10mm/Div |
| Strain-free Plan Achromatic Objectives |
• PL 4X/0.10 (W.D. 19.8 mm)
• PL 10X/0.25 (W.D. 5.0 mm)
• PL 40X/0.65 spring (W.D. 0.66 mm)
• PL 100X/1.25 spring and oil (W.D. 0.36 mm)
|
• PL L4X/0.12 (W.D. 17.9 mm)
• PL L10X/0.25 (W.D. 8.8 mm)
• PL L40X/0.60 spring (W.D. 3.73 mm)
• PL L60X/0.70 spring (W.D. 1.34 mm)
|
| Illumination System |
6V30W halogen with brightness control Abbe condenser N.A. 1.25 with iris diaphragm |
| Stage |
Rotatable stage, diameter Φ150mm, 360° graduated (1° increments) Minimum vernier division: 6', center adjustable with tightener |
| Focus System |
Coaxial coarse/fine focus with tension adjustment Minimum fine focusing division: 2μm with upper stop device |
Optional Accessories
Objectives: XPL-1: 20X, 60X (Cover thickness 0.17) | XPL-2: 20X, 50X, 80X, 100X (Dry, no cover glass)
Slide Moving Holder: Moving range: 30mm * 25mm
CCD Adapters: 0.5X, 1X
Camera Systems: USB output (1.3M/2.0M/3.0M pixel) | VIDEO output (380/520 TV Line)
Digital Camera Adapters: CANON (EF), NIKON (F)
These microscopes feature intelligent design with stable mechanical structure and user-friendly operation, making them the ideal instruments for advanced research and educational applications across multiple scientific disciplines.