Olympus polarizing microscope BX51P-Global supplier

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Olympus polarizing microscopeBX51P

OlympusPolarized microscope BX51P product features:

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.

OlympusBX51P polarizing microscopeIntroduction：

Cone light microscopy and orthophoto microscopy observation type (U-CPA)

Orthopedic Inspection Type (U-OPA)

Polarized light intermediate attachment (U-CPA or U-OPA)

Used for 360 degree positioning and rotatable analyzer (U-AN360P-2)

Polarizer (U-AN360P-2)

The dial can rotate 360 degrees, with a minimum rotation angle of 0.1 degrees

Centering Mirror Changing Wheel (U-P4RE)

Four hole turntable with centering attachment;

Equipped with 1/4 wavelength delay plate (U-TP137)

Full waveplate (U-TP530) and various available compensators

Carrier Platform (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)

Spotlight (U-POC-2)

Equipped with achromatic strain free concentrator (U-POC-2)

Equipped with a polarizer that can rotate 360 degrees

Numerical aperture of 0.9 (when the top mirror enters)

And 0.18 (when the top mirror exits)

Variable aperture stop can be adjusted within the range of 2mm-21mm

OlympusPolarized microscope BX51PTechnical Specifications:

BX51P is an advanced polarization system microscope that utilizes polarization to identify the different characteristics of samples. Suitable for the identification of isotropic and anisotropic materials, widely used in the analysis of minerals, chemical products, medicine, botany, and other fields.

The vivid image observed by the UIS2 objective lens.

Select the desired product from the ACHN-P and UPLFLN-P series of polarized light objective lenses that can achieve minimal optical distortion. The UPLFLN-P series objective lens is a universal objective lens that can be used for differential interference observation and fluorescence observation including ultraviolet excitation, and can cope with various studies and inspections including polarized light observation.

*EF value: Comparing the brightness of parallel Nicol and orthogonal Nicol, the higher the EF value, the less optical distortion, indicating better polarization characteristics.

Excellent operational and optical performance

A microscope body with easy operation and clear observation

Thoroughly pursuing the Y-shaped framework of ergonomics, the operation is more comfortable and the observation efficiency is improved. Greatly reduces the fatigue of long-term observation.

The field of view has reached 22, which is 21% wider than the typical microscope with a field of view of 20. In addition, the lighting system uses 12V, 100W bright halogen lamps, which can observe bright and realistic polarized light images.

A stage that supports more efficient observation of polarized light

The rotating stage with a rotating center output mechanism allows the sample to rotate smoothly. In addition, the locking mechanism installed every 45 degrees improves observation efficiency.

The rotating stage is equipped with a compound mechanical stage that can control the subtle movement of the sample.

Attachment for advanced polarized light observation

Accessories with excellent polarization performance

The design of the polarizer and polarizing plate for polarized light has been comprehensively improved, enhancing the polarization performance and achieving high EF value * and high contrast observation of polarized light.

EF value: Comparing the brightness of parallel Nicol and orthogonal Nicol, the higher the EF value, the less optical distortion, indicating better polarization characteristics.

Delay measurement range of various compensation plates
Compensation board	measurement range	main purpose
U-CTB Thick Berek	0-11,000nm	Significant delay measurement (R *>3 λ). (Crystallization, polymers, fibers, photoelastic distortion, etc.)
U-CBE Berek	0-1,640nm	Delayed measurement (crystallization, polymers, fibers, biological tissues, etc.)
U-CSE Senarmont	0-546nm	Delayed measurement (crystallization, biological tissue, etc.) Contrast enhancement (biological tissue, etc.)
U-CBR1 Brace-Kohler 1/10λ	0-55nm	Minor delay measurement (crystallization, biological tissue, etc.) Contrast enhancement (biological tissues, etc.)
U-CBR2 Brace-Kohler 1/30λ	0-20nm
U-CWE2 quartz wedge	500-2,200nm	Approximate measurement of delay (crystallization, polymers, etc.)

R represents delay.
To improve measurement accuracy, it is recommended to use it together with interference filter 45IF546. (Except for U-CWE2)

Clear positive mirror image and cone mirror image

Simple operation can switch between a positive mirror and a conical mirror, and focus on the conical mirror image. In addition, the use of Bertrand lenses allows for the observation of realistic cone lens images even in small areas of the sample.

Polarized microscope BX51P specification
optical system			UIS2 optical system (infinite correction)
fuselage	Observation method		Bright field of view/Simple polarized light/Polarized light
	Reflection/Transmission		transmission
	lighting system		100 W halogen
	Mid section tube	Mirror/Cone Mirror Switching	Installation and removal of Bertrand lenses
		Bertrand lens	Focusing capability
		analyzer	360 ° rotating type, with a minimum scale of 1 ° (cursor reading of 0.1 °)
	Focusing unit	itinerary	35 mm
		Resolution/Fine tuning sensitivity	Rotate the fine-tuning knob once to move 0.1 mm
	Objective lens converter		Clear field center output with 4 holes
Observation tube	Standard field of view (20 fields of view)		-
	Wide angle field of view (22 fields of view)		Three eyed observation tube
stage			Polarized light rotating stage (can be tilted at 45 °, with locking)
option			Ruimin color board, compensation board
Overall dimensions	Conical mirror/orthorectified mirror combination		317.5（W）×587（D）×464（H）mm
	Mirror combination		317.5（W）×587（D）×437（H）mm
weight	Conical mirror/orthorectified mirror combination		16.6 kg (standard combination)
	Mirror combination		15.6 kg (standard combination)