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Mechanical stage for bx53 Olympus Microscope

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olympusbx53

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Olympus (Japan)

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UIS2 Optics Provide Outstanding Expandability

Maximizing the advantages of infinity correction, the UIS2 optical system helps prevent the deterioration of optical microscope performance and eliminates magnification factors, even when polarizing elements, like analyzers, tint plates, or compensators, are introduced into the light path. The BX53-P microscope also accepts intermediate attachments available for BX3 series microscopes, as well as cameras and imaging systems.

UIS2 Optics Provide Outstanding Expandability

Zonal structure of Plagioclase in quartz diorite. *Scales Indicate actual size of samples

UIS2 Optics Provide Outstanding Expandability

Optical texture of MBBA *Scales Indicate actual size of samples

	Bertrand Lens for Conoscopic and Orthoscopic Observations With a conoscopic observation attachment, switching between orthoscopic and conoscopic observation is simple. It is focusable for viewing of clear back focal plane interference patterns. The Bertrand lens is focusable for clear viewing back focal plane interference patterns. The field stop makes it possible to consistently obtain sharp conoscopic images.

Bertrand Lens for Conoscopic and Orthoscopic Observations

With a conoscopic observation attachment, switching between orthoscopic and conoscopic observation is simple. It is focusable for viewing of clear back focal plane interference patterns. The Bertrand lens is focusable for clear viewing back focal plane interference patterns. The field stop makes it possible to consistently obtain sharp conoscopic images.

An Extensive Range of Compensators and Wave Plates

Six different compensators are available for measurements of birefringence in rock and mineral thin sections. Measurement retardation level ranges from 0 to 20λ. For easier measurement and high image contrast, Berek and Senarmont
compensators can be used, which change the retardation level in the entire field of view.

An Extensive Range of Compensators and Wave Plates

MEASURING RANGE OF COMPENSATORS

Compensator	Measurement Range	Applications
Thick Berek (U-CTB)	0–11000 nm (20λ)	Measurement of high retardation level (R*>3λ), (crystals, macromolecules,fi ber, etc.)
Berek (U-CBE)	0–1640 nm (3λ)	Measurement of retardation level (crystals,macromolecules, living organisms, etc.)
Senarmont Compensator (U-CSE)	0–546 nm (1λ)	Measurement of retardation level (crystals, living organisms, etc.); enhancement of image contrast (living organisms,etc.)
Brace-Koehler Compensator1/10λ (U-CBR1)	0–55 nm (1/10λ)	Measurement of low retardation level (living organisms, etc.)
Brace-Koehler Compensator1/30λ (U-CBE2)	0–20 nm (1/30λ)	Measurement of image contrast (living organisms,etc.)
Quartz Wedge (U-CWE2)	500–2200 nm (4λ)	Approximate measurement of retardation level (crystal, macromolecules, etc.)

*R = retardation level
For more accurate measurement, we recommend that compensators (except U-CWE2) be used together with the interference fi lter 45-IF546

	Minimal Strain Optics Our polarized light objectives reduce internal strain to a minimum. This means a higher EF value, resulting in excellent image contrast.

Minimal Strain Optics

Our polarized light objectives reduce internal strain to a minimum. This means a higher EF value, resulting in excellent image contrast.

Observation Method	Brightfield		✓
	Polarized Light		✓
	Simple Polarized Light		✓
Focus	Focusing Mechanism	Stage Focus	✓
Stage	Mechanical	Precision Rotatable Stage	Rotation: 360 degrees
Condenser	Manual	Polarizing Condenser	NA 0.9/ W.D. 1.3 mm (slide glass 1.5 mm) (4X–100X)
Observation Tubes	Widefield (FN 22)	Trinocular	✓
		Tilting Trinocular	✓
Dimensions (W × D × H)			274 (W) x 436 (D) x 535 (H) mm
Weight			16 kg