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QSP1 Student Polarizing Microscope
QSP1 Student Polarizing Microscope

QSP1 Student Polarizing Microscope

QSP1 Student Polarizing Microscope Specification

  • Theory
  • Polarizing microscope theory for crystalline structures
  • Drawtube
  • Standard monocular drawtube
  • Resolution
  • Optical resolution dependent on lenses
  • Focal Distance
  • Focal distance depends on included objectives
  • Magnification
  • 40x to 400x (with included objectives and eyepiece)
  • Dimensions
  • Approximately 220 mm 160 mm 380 mm
  • Focus Range
  • Wide focus range up to 20 mm
  • Eyepieces
  • WF10x eyepieces included
  • Eyepiece Tube
  • One monocular tube inclined at a 45 angle
  • Illumination
  • Halogen illumination integrated in base
  • Coarse Adjustment Range
  • Separate coarse adjustment knob with approximately 20 mm range
  • Fine Adjustment Range
  • Fine adjustment range approximately 0.002 mm
  • Working Stage
  • Metallic circular stage with 360 rotation
  • View Head
  • Monocular viewing head inclined at 45
  • Interpupillary Distance
  • Not adjustable (monocular)
  • Objective Achromatic
  • Achromatic polarized objectives: 4x 10x 40x
  • Condenser
  • Polarizing condenser with rotating stage
  • Light Source
  • Halogen bulb adjustable intensity
 
 

About QSP1 Student Polarizing Microscope

Student PolarizingMicroscope

 

SPECIFICATIONS:

 

Eyepieces:

Wide field 10x Eyepieces

Objectives:

Three strain free objectives 4x, 10x, 20x (spring loaded) for protection.

Focusing:

Fine and coarse focusing knobs on both sides of microscopes

Mechanical Stage:

Large fully rotatable stage with ball bearing movement 140mm diameter with graduation marks every 1 degree for the full 360 degree stage centering knobs

Condenser:

1.25 N.A Abbe sub stage condenser, Condenser movement knob, IRIS Diaphragm and swing out filter holder

Rack and pinion steel gears for easy and better condenser movement

Filter:

Blue Filter

Illumination:

5W LED Incandescent Transmitted Base Illumination.



Enhanced Observation of Crystalline Structures

With its polarizing condenser and rotating stage, the QSP1 Student Polarizing Microscope enables detailed inspection of crystalline patterns and birefringence effects. Achromatic objectives deliver sharp images at different magnifications, making it ideal for mineralogy and material science education.


Ergonomic and Intuitive Design

The monocular viewing tube is inclined at a comfortable 45, suitable for extended study sessions. Both coarse and fine adjustment controls, paired with halogen illumination, make focusing and visual clarity easily achievable for students and beginners.

FAQs of QSP1 Student Polarizing Microscope:


Q: How does the QSP1 Student Polarizing Microscope facilitate the study of crystalline structures?

A: The microscope employs a polarizing condenser and achromatic polarized objectives to highlight unique features of crystals, such as birefringence, enabling students to analyze structural patterns and mineral samples effectively.

Q: What magnification range is achievable with the included optics?

A: Equipped with WF10x eyepieces and achromatic objectives of 4x, 10x, and 40x, the QSP1 offers a magnification range from 40x up to 400x, suitable for various sample sizes and details.

Q: When is it most appropriate to use the polarizing feature?

A: The polarizing mode should be engaged when examining crystalline materials or any samples where light interaction reveals otherwise hidden optical properties, particularly in geology, physics, or material science labs.

Q: Where is the halogen illumination integrated and how is it adjusted?

A: The halogen light source is built into the base of the microscope, providing consistent illumination. Its intensity is easily adjustable to optimize sample visibility and contrast during observation.

Q: What is the process for focusing on a specimen with the microscope?

A: Users first use the coarse adjustment knob (20 mm range) to bring the sample into general focus, then employ the fine adjustment control, with a precision of approximately 0.002 mm, for sharpness enhancement.

Q: How does the rotating stage benefit microscopic analysis?

A: The metallic circular stage rotates 360, allowing users to view samples from various angles and analyze anisotropic properties, especially valuable in polarizing microscopy.

Q: What are the main benefits of using a monocular drawtube inclined at 45?

A: The 45 inclined tube offers ergonomic viewing comfort for prolonged sessions, while the monocular design ensures straightforward operation suited for beginners and educational environments.

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