STM-5070 Series
Polarizing Microscope

STM-5070 polarizing microscope features a highly robust construction and first class optics designed to provide a long life and excellent quality images. STM-5070BTR and STM-5070TTR have transmitted and reflected illumination system, which give a much better effect and wider application. The microscopes can be used for Single polarization, othorgonal polarization and conoscopic oSTMervation. Digital camera can be used together with the microscope for image analysis. Accessories like Gypsum slide, Mica slide, Quartz wedge and Mechanical stage are available.

Quantity :
  • Features
  • Specifications
  • Application
  • Literature

Features

  • Excellent Infinite Optical System.
  • Widely used in geology, Mineralogy, Fossil fuel exploration.
  • Single polarization, othorgonal polarization or conoscopic oSTMervation is available.
  • Transmitted and reflected illumination system of STM-5070BTR and STM-5070TTR offers a much better effect and wider application.
  • Attachable stage is optional.

Specifications

Item

Specification

STM-5070B

STM-5070BTR

Optical System

Infinite Optical System

Standard

Standard

Viewing Head

Seidentopf Binocular Head, inclined at 30°, 360° Rotatable, Interpupilary Distance: 48-75mm

Standard

Standard

Seidentopf Trinocular Head, inclined at 30°, 360° Rotatable, Interpupilary Distance: 48-75mm, Light Distribution: 20:80

Optional

Optional

Eyepiece

WF10×/ 20mm

Standard

Standard

WF10×/ 20mm with cross hair

Standard

Standard

WF10×/ 20mm with scale of cross hair

Standard

Standard

Infinite strain free plan achromatic objective

Objective 4×, 10× for Reflected/Transmitted System

Standard

Standard

Objective 20×, 40×, 60× for Transmitted System

Standard

Standard

Objective 100× for Transmitted System

Optional

Optional

Objective 20×, 40×, 60×, 100× for Reflected System

 

Optional

Nosepiece

Backward quadruple nosepiece, center adjustable

Standard

Standard

Epi-Illumination

12V/50W halogen lamp with iris aperture diaphragm and iris field diaphragm, brightness adjustable

 

Standard

Analyzer

Rotatable analyzer with gradation 0°-360°

Standard

Standard

Bertrand Lens

Bertrand lens, focus/center adjustable, sliding in/out of optical path

Standard

Standard

Optical Compensator

λ Slip (first class red), 1/ 4λ Slip, Quartz wedge

Standard

Standard

Revolving

Round Stage

Diameter Φ160mm, Graduated in 1° increments, Minimum resolution 6’ when using vernier scale

Standard

Standard

Condenser

NA 0.9 Abbe Condenser with Iris Diaphragm

Standard

Standard

Focusing

Coaxial Coarse & Fine Adjustment, Range 24mm, Fine Division 0.002mm

Standard

Standard

Polarizer

360° Rotatable with Filter

Standard

Standard

Transmitted Illumination

12V/ 20W Halogen Lamp, Brightness Adjustable

Standard

Standard

Accessories

C- Mount 0.4×

Optional

Optional

2× SLR Camera adapter for Nikon or Canon DSLR camera

Optional

Optional

Mechanical stage, moving range 30×40mm

Optional

Optional

Specimen presser

Optional

Optional

Micrometer 0.01mm

Standard

Standard

Filter

Standard

Standard

 

Application

STM-5070 series polarizing microscopes are ideal instrument in geology, petroleum, coal, mineral, chemicals fiber, semiconductor and pharmaceutical industry for structure identify and analysis. They can be widely used in material research, academic demonstration, scientific research, university teaching laboratories and other sectors.

 

Features

  • Excellent Infinite Optical System.
  • Widely used in geology, Mineralogy, Fossil fuel exploration.
  • Single polarization, othorgonal polarization or conoscopic oSTMervation is available.
  • Transmitted and reflected illumination system of STM-5070BTR and STM-5070TTR offers a much better effect and wider application.
  • Attachable stage is optional.

Specifications

Item

Specification

STM-5070B

STM-5070BTR

Optical System

Infinite Optical System

Standard

Standard

Viewing Head

Seidentopf Binocular Head, inclined at 30°, 360° Rotatable, Interpupilary Distance: 48-75mm

Standard

Standard

Seidentopf Trinocular Head, inclined at 30°, 360° Rotatable, Interpupilary Distance: 48-75mm, Light Distribution: 20:80

Optional

Optional

Eyepiece

WF10×/ 20mm

Standard

Standard

WF10×/ 20mm with cross hair

Standard

Standard

WF10×/ 20mm with scale of cross hair

Standard

Standard

Infinite strain free plan achromatic objective

Objective 4×, 10× for Reflected/Transmitted System

Standard

Standard

Objective 20×, 40×, 60× for Transmitted System

Standard

Standard

Objective 100× for Transmitted System

Optional

Optional

Objective 20×, 40×, 60×, 100× for Reflected System

 

Optional

Nosepiece

Backward quadruple nosepiece, center adjustable

Standard

Standard

Epi-Illumination

12V/50W halogen lamp with iris aperture diaphragm and iris field diaphragm, brightness adjustable

 

Standard

Analyzer

Rotatable analyzer with gradation 0°-360°

Standard

Standard

Bertrand Lens

Bertrand lens, focus/center adjustable, sliding in/out of optical path

Standard

Standard

Optical Compensator

λ Slip (first class red), 1/ 4λ Slip, Quartz wedge

Standard

Standard

Revolving

Round Stage

Diameter Φ160mm, Graduated in 1° increments, Minimum resolution 6’ when using vernier scale

Standard

Standard

Condenser

NA 0.9 Abbe Condenser with Iris Diaphragm

Standard

Standard

Focusing

Coaxial Coarse & Fine Adjustment, Range 24mm, Fine Division 0.002mm

Standard

Standard

Polarizer

360° Rotatable with Filter

Standard

Standard

Transmitted Illumination

12V/ 20W Halogen Lamp, Brightness Adjustable

Standard

Standard

Accessories

C- Mount 0.4×

Optional

Optional

2× SLR Camera adapter for Nikon or Canon DSLR camera

Optional

Optional

Mechanical stage, moving range 30×40mm

Optional

Optional

Specimen presser

Optional

Optional

Micrometer 0.01mm

Standard

Standard

Filter

Standard

Standard

 

Application

STM-5070 series polarizing microscopes are ideal instrument in geology, petroleum, coal, mineral, chemicals fiber, semiconductor and pharmaceutical industry for structure identify and analysis. They can be widely used in material research, academic demonstration, scientific research, university teaching laboratories and other sectors.

 

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