Upright Trinocular Metallographic Microscope for Metallurgical Labs Intc-LV114R
Basic Info.
Stereoscopic Effect
Stereoscopic Effect
Kind of Light Source
Halogen Light (LED Light Optional)
Usage
Teaching, Research, Detection
Principle of Optics
Polarizing Microscope
Optical System
Finite Far Chromatic Aberration Correction
Observation Tube
Hinged Binocular
Objective Lens
5X, 10X, 20X, 50X, 100X
Focusing
Coarse Fine-Tuning Coaxial Focusing
Stage
Double Layer Mechanical Stage
Transport Package
Vacuum, Moistureproof in Wooden Case
Production Capacity
10000PCS/Year
Product Description
Product Description
1. Optical system: Limited far chromatic aberration correction optical system, with good image quality
2. Eyepiece and objective lens
2.1 The high eye point flat field eyepiece PL10x has a line field of view of 18mm, provides a wide and flat observation space, and can be installed with various micrometers.
2.2 Long working distance professional achromatic metallographic objective.
2.3 No cover glass design for excellent image.
3. Lighting system: drop type Cora lighting and anti-reflection structure are designed to effectively prevent the interference of reflected light, so as to make the imaging clearer and the field contrast better.
4. Adaptive wide voltage 100V-240V, 6V30W halogen lamp is adopted. The filament center is adjustable and the light intensity is continuously adjustable, so that the lighting is more sufficient, and image quality is effectively improved.
5. Stage: composite mechanical mobile platform, coaxial adjustment at low hand position, and an 180mmx145mm flat platform is attached to the mechanical platform, which is suitable for placing large-size samples.
6. Accessories
6.1 Four color filters of yellow, green, blue and white can be added to the lighting light path to provide illumination with different chromaticity for observing various sample roots.
6.2 Polarizing mirror and polarizing mirror can be added to the lighting light path to realize polarizing observation.
6.3 The polarizer is adjustable ± 25 °, which can effectively adjust the orthogonal state or field contrast.
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