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Description:

Polarizing Microscope LBN-PM122 has an infinity plan optical system with Siedentopf binocular head type, 30° inclination. The microscope consists of quadruple backward revolving nosepiece, center adjustable objective and reticle eyepiece. It has round working stage included with coaxial coarse and fine focusing type. An abbe + iris diaphragm swing-out condenser, LEDs and halogen as light source are incorporated.

Specifications :
Optical System Infinity Plan
Standard Magnification 40x – 600x
Head Type Siedentopf Binocular
Inclination 30°
Rotation 360°
Interpupillary 50-75 mm
Eyepiece WF10x/20mm, WF10x/20mm with cross Hair, WF10x/20mm, with Graticule, 2 pc
Eyepiece Diameter 23.2 mm
Nosepiece Backward, 4 holes
Objective Infinity Plan Achromatic objective 4x, 10x for reflected/ transmitted system, infinity plan achromatic objective 20x, 40x, 60x for reflected system
Working Stage Type Round Stage
Stage Size Diameter 160 mm, Graduated in 1° increment, minimum
Moving Size 30 × 40 mm
Focusing Range 24 mm
Scale 0.002 mm
Condenser Abbe + iris diaphragm, Swing out, 0.9/0.25 N. A
Light Source Type Halogen, LED
Transmit Light 12V20W Halogen Lamp, brightness adjustable, with Filter Upgrade to 5W LED
Reflect Light 12V/20W Halogen Lamp with Iris Aperture Diaphragm and iris field diaphragm, brightness adjustable
Power Supply Type AC 110V- 240V
Polarizing Center Adjustable nosepiece, Center Adjustable Condenser
Dimensions (L × D × H) 390 × 280 × 640 mm
Gross Weight 15 Kg
Features :

It consists of an infinity plan optical system

Siedentopf binocular head type

Quadruple backward nosepiece

Reticle, adjustable diopter

WF10x/20mm eyepiece with cross hair and graticule

Center adjustable, infinity plan objective

Round working stage

Coaxial coarse and fine focusing type with safety stop lock ring

Abbe + iris diaphragm swing out condenser, rack and pinion up/down

Halogen and LEDs are used as source of light with transmit and reflect feature

Center adjustable nosepiece and condenser

Applications :

Polarizing Microscopes are used to examine the effects of polarized light on specimens in the domains of research, forensic analysis, geology, medicine, chemistry, biology, and metallurgy.

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