Characteristics of Olympus polarizing microscope BX51-P
1. Professional polarizing microscopes are used in fields such as geology, petroleum, chemical engineering, polymers, and liquid crystals;
2. Specialized stress relieving objective lens provides high-definition and high contrast images;
3. Used for various observations such as single polarization, positive mirror inspection, cone mirror inspection, etc;
4. There are three main lighting methods: transmission, reflection, and reflection, with a 12V/100W light source;
5. Long life halogen light source usage;
6. Professional accessories such as hot table and cathodoluminescence are provided.
Olympus Polarized Microscope BX51-P Technical Parameters
1. Specifications:
Series specifications |
Cone light microscopy and orthorectification Microscopic observation type (U-CPA) |
Orthopedic Inspection Type (U-OPA) |
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Polarized intermediate attachment (U-CPA or U-OPA) |
field number |
22 |
22 |
bertrand lens |
Adjustable focus |
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Bertrand field of view aperture |
3.4mm aperture (fixed) |
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The position of the Burgundy mirror in the optical path |
Position of slide ● in Position of slide ○ out |
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Deviation detector groove |
Used for 360 degree positioning and rotatable analyzer (U-AN360P-2) |
2. F-polarizer (U-AN360P-2): The dial can rotate 360 degrees, with a minimum rotation angle of 0.1 degrees
3. Centering Mirror Changing Wheel (U-P4RE):
Four hole turntable with centering attachment;
Equipped with a 1/4 wavelength delay plate (U-TP137);
Full waveplate (U-TP530) and various available compensators;
4. Stage (U-SRG2):
Polarized light rotary transfer stage with 3-point centering function, capable of rotating 360 degrees;
Can be locked at any position, marked with 360 degree lines in units of 1 degree;
Optional mechanical loading platform (U-FMP);
5. Focusing lens (U-POC-2):
Equipped with an achromatic strain free concentrator (U-POC-2);
Equipped with a polarizer that can rotate 360 degrees;
The numerical aperture is 0.9 (when the top mirror enters neon) and 0.18 (when the top mirror exits), and the variable aperture stop can be adjusted within the range of 2mm-21mm