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CO-AXAIL MONOCUAR MICROSCOPE KCX-136
Microscope / Monocular Microscope

CO-AXAIL MONOCUAR MICROSCOPE KCX-136

The Co-Axial Monocular Microscope KCX-136 by KC SCIENTIFIC WORKS is a biological laboratory microscope featuring an inclined monocular head, revolving objective nosepiece, mechanical stage, coaxial focusing and integrated illumination. Designed for biology education, scientific training and specimen examination, it offers convenient optical observation and practical operation in laboratory environments.

SKU: KCX-136

Category: Microscope, Monocular Microscope

Description

Contact our team for a detailed product description.

Technical Specifications

ParameterSpecification
Product NameCo-Axial Monocular Microscope
Model NumberKCX-136
BrandKC SCIENTIFIC WORKS
ManufacturerKC SCIENTIFIC WORKS
Microscope TypeMonocular Biological Microscope
Observation HeadInclined Monocular Viewing Head
Optical SystemCompound Optical Microscope
EyepieceMonocular Eyepiece
Objective SystemMultiple Objective Lenses
NosepieceRevolving Objective Nosepiece
MagnificationDepends on Installed Eyepiece and Objectives
Mechanical StageBlack Specimen Stage with Slide Positioning Arrangement
Focusing SystemCoaxial Coarse and Fine Focusing
CondenserSubstage Condenser Assembly
IlluminationBase-Integrated Illumination System
Body DesignWhite and Black Laboratory Microscope
StandStable Integrated Microscope Base
Primary ApplicationsBiological Observation, Education, Laboratory Training and Scientific Studies
Product CategoryMonocular Biological Microscopes

Key Features

  • 1. Advanced Monocular Observation System
  • The KCX-136 Co-Axial Monocular Microscope features an inclined monocular viewing head designed for individual microscopic observation.
  • The single-eyepiece arrangement provides a straightforward viewing configuration for educational and laboratory applications.
  • 2. Compound Optical Magnification
  • The microscope uses a compound optical arrangement in which the objective and eyepiece lenses work together to magnify microscopic specimens.
  • This system supports examination of suitable prepared biological slides.
  • 3. Revolving Objective Nosepiece
  • The microscope features a revolving nosepiece designed to hold multiple objective lenses.
  • This arrangement allows users to change magnification by rotating the nosepiece to select the required objective.
  • 4. Coaxial Coarse and Fine Focusing
  • The KCX-136 incorporates coaxial coarse and fine focusing controls.
  • The coarse focusing control supports initial specimen focusing, while the fine focusing control allows more precise image adjustment.
  • 5. Mechanical Specimen Stage
  • The microscope features a black specimen stage with a slide-positioning arrangement.
  • This configuration supports controlled specimen placement and observation of different regions of a microscope slide.
  • 6. Integrated Illumination System
  • The microscope incorporates a base-mounted illumination system intended for transmitted-light observation.
  • The illumination arrangement directs light toward suitable transparent and prepared biological specimens.
  • 7. Substage Condenser Assembly
  • The microscope includes a condenser assembly beneath the specimen stage.
  • The condenser helps direct and concentrate light toward the specimen for optical examination.
  • 8. Stable Laboratory Stand
  • The KCX-136 features a laboratory-style stand designed to support the optical and mechanical components during observation.
  • 9. White and Black Microscope Design
  • The microscope features a white body with black stage, focusing controls, eyepiece and base accents.
  • Its professional laboratory appearance is suitable for educational and scientific workspaces.
  • 10. Convenient Objective Selection
  • The revolving nosepiece enables users to switch between installed objectives without manually replacing each lens during routine observation.
  • 11. Suitable for Biological Studies
  • The microscope can be used for observing suitable prepared biological specimens, including plant tissues, cells and selected microorganisms.
  • 12. Educational Laboratory Applications
  • The KCX-136 is suitable for biology practical classes, laboratory demonstrations and basic microscopy instruction.
  • 13. Individual Microscope Observation
  • The monocular observation system provides a practical solution for laboratory workstations where one user examines a specimen at a time.
  • 14. Compact Laboratory Configuration
  • The microscope combines its viewing head, optical components, specimen stage, focusing controls and illumination system in an integrated laboratory design.
  • 15. Versatile Scientific Applications
  • The KCX-136 is suitable for educational microscopy, laboratory training, biological observation and routine examination of compatible prepared specimens.

Working Purpose

School Biology Laboratories

The Co-Axial Monocular Microscope KCX-136 is suitable for biology practical sessions and introductory microscopy education.

Students can learn specimen positioning, objective selection and focusing techniques.

College Laboratories

Colleges can use the microscope for routine biological practical work and observation of prepared microscope slides.

University Laboratory Training

Universities and scientific training institutions can use the KCX-136 for basic microscope operation training and educational specimen examination.

Biological Specimen Observation

The microscope supports observation of suitable prepared cells, tissues and other biological structures.

Botany Laboratories

Botany departments can use the microscope for examining prepared plant tissue sections and other botanical slides.

Zoology Laboratories

The KCX-136 can be used for observing suitable prepared zoological specimens and tissue sections.

Microbiology Education

The microscope can support educational observation of appropriately prepared microorganisms, depending on the installed objective lenses and optical resolution.

Scientific Training Centers

Training institutions can use the microscope to demonstrate compound optical magnification, objective selection and specimen focusing.

Laboratory Demonstrations

Teachers and instructors can use the KCX-136 for demonstrations involving prepared biological slides and basic microscopy principles.

Routine Laboratory Observation

The microscope provides a practical configuration for routine examination of compatible prepared laboratory specimens.

Working Principle

The Co-Axial Monocular Microscope KCX-136 operates using the principle of compound optical magnification.

A prepared specimen is placed on the mechanical stage and positioned beneath the selected objective lens.

Light from the base-integrated illumination system passes through the condenser and specimen.

The selected objective lens forms a magnified image, which is further enlarged by the monocular eyepiece.

The observer views the resulting image through the inclined observation tube.

The revolving nosepiece allows users to select different objective lenses according to the required magnification.

The coaxial coarse and fine focusing controls adjust the relative position of the specimen and objective system to obtain a sharp image.

The mechanical stage supports controlled specimen positioning, allowing different areas of the prepared slide to be examined.

Optical Magnification

Total optical magnification is calculated using:

Total Magnification = Eyepiece Magnification × Objective Magnification

For example, the following combinations apply if the microscope is supplied with a 10X eyepiece and the corresponding objectives:

Objective LensEyepieceTotal Magnification
4X10X40X
10X10X100X
40X10X400X
100X10X1000X

These are illustrative combinations, not confirmed KCX-136 specifications.

Microscope Compatibility and Usage

The KCX-136 Co-Axial Monocular Microscope is designed for examining compatible prepared microscope slides and suitable biological specimens.

It can be used in schools, colleges, universities, educational laboratories and scientific training institutions.

For routine observation, users should place the prepared slide on the stage, select a suitable low-power objective and adjust the coarse focusing control.

The fine focusing control can then be used to improve image sharpness.

Higher-power objectives may be selected according to the specimen and installed optical configuration.

The microscope should be operated according to the supplied product instructions and compatible electrical requirements.

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