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Stereo Microscope LMSM-609

Stereo Microscope LMSM-609 features a binocular viewing head inclined at 45° field of view and an interpupillary distance of 55-57mm for comfortable viewing. It has a zooming ratio of 1:8.3 and a 10X/23 extra wide field eyepiece with independent focus adjustment to accommodate differences in vision. The glass plate diameter of 100mm allows for the successful integration of LED incident/transmitted illumination into a very slim base, allowing for easy specimen access.

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Specifications

Viewing Head Binocular head, 45° inclined
Interpupillary Distance 55-57 mm
Objective Zoom objective 0.6X – 5X
Eyepiece EWF10X/23
Zoom Ratio 1:8.3
Working Distance 115 mm
Focusing Range 105 mm
Stage Insert Glass plate: 100mm Opal & black acrylic plate: 100mm
Illumination Incident/transmitted illumination 100-240V/LED
Video Adapter 0.55X C Mount

Features

Binocular viewing head inclined at 45°
Interpupillary adjustment 55-57mm
1:8.3 zoom ratio
Incident / transmitted lighting system stand provides energy efficient trouble-free usage with adjustable intensity
Provides bright long-life illumination
Provides higher resolution, striking contrast and three-dimensional images
Superior optical coatings render true colour images with fine details
Works on rack and pinion focus mechanism
Ample working space for manipulation
Long working distances
Sharp, bright and high contrast optics
Excellent image flatness
Increase productivity by creating ergonomic microscope solutions
Zoom magnification objective of 0.6X – 5X

Applications

They are indispensable in huge number of applications such as industrial production, quality control and materials research in forensics, biotechnology, genetics and nearly in all areas of biomedical research.

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Stereo Microscope LMSM-605

  • Viewing Head: Binocular head, 20° inclined
  • Interpupillary Distance: 55-57 mm
  • Objective: Zoom objective 0.8X – 8X1X plan achromatic objectiveWD = 78mm
  • Eyepiece: WF10X/24
  • Zoom Ratio: 1:10

Stereo Microscope LMSM-612

  • Viewing Head: Binocular Head, 45° inclined, 360° rotatable
  • Interpupillary Distance: 55 to 75mm
  • Eyepiece: WF10X/22 mm
  • Zoom Ratio: 1:6.7
  • Objective Zoom Range: 0.67X to 4.5X

Stereo Microscope LMSM-607

  • Viewing Head: Trinocular head, 30° inclined
  • Interpupillary Distance: 55-57 mm
  • Objective: Zoom objective 0.6X – 5X
  • Eyepiece: EWF10X/23
  • Zoom Ratio: 1:8.3
Stereo Microscope LMSM-602
  • View Tube: Trinocular, 45° inclined
  • Eyepiece: WF10×(Φ20 mm)
  • Objective: 0.7 to 4.5 X
  • Working Distance: 100 mm
  • Stage: Stage size: 200×255 cm, Φ95 mm black and white board
Stereo Microscope LMSM-604
  • Viewing Head: Binocular head, 20° inclined
  • Interpupillary Distance: 55-57 mm
  • Objective: Zoom objective 0.8X – 6.4X1X plan achromatic objectiveWD = 78mm
  • Eyepiece: WF10X/24
  • Zoom Ratio: 1:8

Stereo Microscope LMSM-603

  • Viewing Head: Binocular head, 20° inclined
  • Interpupillary Distance: 55-57 mm
  • Objective: Zoom objective 0.8X – 5X1X plan achromatic objectiveWD = 78mm
  • Eyepiece: WF10X/24
  • Zoom Ratio: 1:6

Stereo Microscope LMSM-611

  • Viewing Head: Binocular head, 45° inclined
  • Interpupillary Distance: 55 to 75 mm
  • Objective: Zoom Objective 1X to 4.5X
  • Eyepiece: Wide field eyepiece 10X/ 20 mm, Wide field eyepiece 20×/ 12mm
  • Zoom ratio: 1:4.5

Stereo Microscope LMSM-610

  • Viewing Head: Binocular head, 45° inclined
  • Interpupillary Distance: 55-57 mm
  • Objective: Zoom objective 0.8X – 5X
  • Eyepiece: EWF10X/22
  • Zoom Ratio: 1:6.3
Stereo Microscope LMSM-606
  • Viewing Head: Trinocular head, 30° inclined
  • Interpupillary Distance: 55-57 mm
  • Objective: Zoom objective 0.6X – 5X
  • Eyepiece: EWF10X/23
  • Zoom Ratio: 1:8.3
Stereo Microscope LMSM-601
  • View Tube: Binocular, 45 ° inclined
  • Eyepiece: Standard: 10 × (Φ20 mm)
  • Objective: 0.8 to 5X
  • Working Distance: No auxiliary lens, working distance: 115 mm;Auxiliary lens AL0.5X, working distance: 211 mm;Auxiliary lens AL2X, working distance: 43.5 mm
  • Stage: A white/black plastic contrast stage

Stereo Microscope LMSM-608

  • Viewing Head: Binocular head, 45° inclined
  • Interpupillary Distance: 55-57 mm
  • Objective: Zoom objective 0.6X – 5X
  • Eyepiece: EWF10X/23
  • Zoom Ratio: 1:8.3

Frequently Asked Questions

1 What is a Stereo Microscope?

A Stereo Microscope is an optical apparatus designed for low magnification observation of a sample, using two separate optical paths to create a three-dimensional visual effect.

2 How does Stereo Microscope work?

It works by utilizing two separate eyepieces and objectives to provide a three-dimensional image, allowing depth perception during the examination of specimens.

3 Can Stereo Microscope be used for viewing biological samples?

It is used for viewing biological samples like insects, plants, and dissections.

4 What role does Stereo Microscope play in forensic science?

It plays a crucial role in forensic science for analyzing trace evidence such as hair, fibers, and tool marks with high spatial accuracy.

5 Is Stereo Microscope applicable in dental laboratories?

It is applicable in dental laboratories for tasks like inspecting dental prosthetics, performing fine adjustments, and quality control of dental appliances.

6 How is Stereo Microscope used in industrial quality control?

In industrial quality control, it is used to inspect small manufactured parts, detect surface defects, and ensure product standards are met.

7 How is Stereo Microscope used in textile inspection?

It is used in textile inspection to examine fabric weaves, fiber composition, and defects in material at a detailed, three-dimensional level.

8 Can Stereo Microscope help in paleontology?

It helps paleontologists examine fossils, microfossils, and sediment textures without damaging fragile samples.

9 Can Stereo Microscope be used for soil or mineral analysis?

It is used for soil or mineral analysis to observe particle shapes, inclusions, and structures at a macroscopic scale.

10 How does Stereo Microscope help in food quality inspection?

It helps in food quality inspection by allowing professionals to analyze textures, contaminants, and structural details of food products.