UPRIGHT METALLURGICAL MICROSCOPE KCX-205

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• 1. Advanced Upright Metallurgical Microscope
• The KCX-205 Upright Metallurgical Microscope is intended for microscopic examination of suitable industrial materials and prepared metallurgical specimens.
• 2. Infinity-Corrected Optical System
• The microscope features an infinity-corrected optical arrangement designed for use with compatible objectives and optical components.
• 3. Trinocular Observation System
• The KCX-205 includes a trinocular head for visual observation and connection of a compatible microscope camera.
• 4. Siedentopf Viewing Head
• The reference specifies a Siedentopf-style trinocular observation head.
• 5. 30° Inclined Viewing Angle
• The observation head is inclined at 30° for laboratory viewing.
• 6. 360° Rotatable Head
• The microscope head can be rotated through 360°.
• 7. Adjustable Interpupillary Distance
• The binocular viewing system supports interpupillary adjustment from 50 to 75 mm.
• 8. Diopter Adjustment
• The eyepiece system includes ±5 diopter adjustment.
• 9. Wide-Field WF10X Eyepieces
• The KCX-205 incorporates 10X wide-field eyepieces.
• 10. 22 mm Eyepiece Field Number
• The reference specifies a 22 mm field number.
• 11. Anti-Fungal Optical Treatment
• The eyepieces incorporate antifungal treatment.
• 12. Anti-Reflection Coating
• The reference includes anti-reflection coating on the eyepieces.
• 13. Adjustable Rubber Eye Guards
• The microscope includes adjustable rubber eye guards for comfortable observation.
• 14. Infinity Flat-Field Metallurgical Objectives
• The KCX-205 incorporates infinity flat-field metallurgical achromatic objectives.
• 15. 5X Metallurgical Objective
• The 5X objective has a specified numerical aperture of 0.15.
• 16. 10X Metallurgical Objective
• The 10X objective has a specified numerical aperture of 0.30.
• 17. 20X Metallurgical Objective
• The 20X objective has a specified numerical aperture of 0.45.
• 18. 50X Metallurgical Objective
• The 50X objective has a specified numerical aperture of 0.80.
• 19. Optional 100X Objective
• The reference includes an optional 100X objective with N.A. 0.90.
• 20. Quadruple Revolving Nosepiece
• The microscope includes a four-position objective nosepiece.
• 21. Click-Stop Nosepiece Mechanism
• The nosepiece incorporates a click-stop arrangement for objective positioning.
• 22. Rubber-Grip Nosepiece
• The objective nosepiece includes a rubber grip.
• 23. Double-Plate Mechanical Stage
• The KCX-205 features a double-plate graduated mechanical stage.
• 24. 140 × 120 mm Stage
• The mechanical stage measures 140 × 120 mm.
• 25. 80 × 55 mm Stage Travel
• The stage provides 80 mm X-axis and 55 mm Y-axis movement.
• 26. Double Slide Holder
• The reference includes a double slide holder.
• 27. Coaxial Coarse Focusing
• The microscope features coaxial coarse focusing controls.
• 28. Precision Fine Focusing
• The fine-focusing mechanism supports careful image adjustment.
• 29. Movable Abbe Condenser
• The reference specifies a movable Abbe condenser with N.A. 1.25.
• 30. Aspheric Condenser Lens
• The condenser incorporates an aspheric lens.
• 31. Rack-and-Pinion Condenser Movement
• The condenser can be adjusted using a rack-and-pinion mechanism.
• 32. Condenser Centering Device
• The condenser includes a centering arrangement.
• 33. Reflected-Light Illumination
• The microscope reference includes reflected-light illumination for examination of opaque specimens.
• 34. 5W LED Light Source
• The KCX-205 incorporates a specified 5W LED illumination system.
• 35. Adjustable Light Intensity
• The LED system includes an intensity controller.
• 36. Blue, Green and Yellow Filters
• The reference includes blue, green and yellow optical filters.
• 37. Analyzer and Polarizer Functions
• The microscope reference identifies analyzer and polarizer observation capability.
• 38. Aluminum Die-Cast Construction
• The KCX-205 features an aluminum die-cast stand with anti-rust construction.
• 39. Universal Electrical Supply
• The microscope supports a specified 110V–240V electrical supply.
• 40. KC Scientific Works Metallurgical Microscope
• The KCX-205 Upright Metallurgical Microscope is presented under the KC SCIENTIFIC WORKS industrial, metallurgical and material science microscope range.

The Upright Metallurgical Microscope KCX-205 is intended for magnified examination of metals, alloys, industrial components, polished metallographic specimens, coatings, ceramics and other suitable engineering materials.

A metallurgical microscope uses reflected light to observe opaque specimens that cannot be examined effectively using conventional transmitted-light microscopy.

The reflected illumination is directed toward the specimen surface through a compatible optical system.

Light reflected from the specimen is collected by the objective lens and forms a magnified image.

The infinity-corrected optical system supports image formation using compatible objective and tube-lens components.

The WF10X eyepieces provide visual observation.

The trinocular head allows a compatible camera to be connected for digital image documentation.

The mechanical stage allows controlled specimen positioning.

The coaxial focusing system supports precise adjustment of image sharpness.

The analyzer and polarizer arrangement may be used for suitable specialized material observations.

The KCX-205 is intended for metallurgical research, industrial quality control, material inspection, engineering education and manufacturing laboratories.

Applications

1. Metallurgical Laboratories

The KCX-205 Upright Metallurgical Microscope supports microscopic examination of prepared metal specimens.

2. Material Testing Laboratories

The microscope can be used for suitable material structure examination.

3. Steel Manufacturing Industries

The KCX-205 supports inspection of appropriately prepared steel specimens.

4. Foundries

The microscope can be used for examination of prepared casting samples.

5. Automotive Component Manufacturing

The KCX-205 supports suitable microscopic inspection of automotive material samples.

6. Aerospace Material Research

The microscope may be used for examination of appropriately prepared aerospace engineering materials.

7. Mechanical Engineering Laboratories

The KCX-205 supports metallurgical microscopy education.

8. Welding and Fabrication Industries

The microscope can be used for observation of prepared weld cross-sections.

9. Heat Treatment Laboratories

The KCX-205 supports microscopic examination of heat-treated material specimens.

10. Casting Inspection

The microscope can be used to observe suitable prepared casting structures.

11. Failure Analysis Laboratories

The KCX-205 supports optical examination of appropriate failure-analysis specimens.

12. Industrial Quality Control

The microscope can assist with microscopic inspection and documentation.

13. Research and Development Laboratories

The KCX-205 supports suitable material science research.

14. Universities and Engineering Colleges

The microscope can be used for teaching metallurgical microscopy.

15. Industrial Research Institutions

The KCX-205 supports suitable scientific material observation.

16. Coating Examination

The microscope may be used for observation of suitable prepared coating surfaces and sections.

17. Metal Surface Analysis

The KCX-205 supports magnified examination of suitable metal surfaces.

18. Electronics Material Inspection

The microscope can be used for suitable microscopic inspection of industrial electronic materials.

19. Manufacturing Quality Inspection

The KCX-205 supports visual examination of prepared manufacturing samples.

20. Scientific Image Documentation

A compatible camera connected to the trinocular port can support digital documentation of microscope observations.

Typical Examination and Research

Working Principle

The Upright Metallurgical Microscope KCX-205 operates using reflected-light optical microscopy.

The specimen is positioned on the microscope stage.

The reflected-light illumination system directs light toward the surface of the specimen.

Light reflected from the specimen enters the objective lens.

The objective collects the reflected light and forms an optical image through the microscope's infinity-corrected optical system.

The eyepiece magnifies the image for visual observation.

The trinocular viewing head provides an additional optical path for a compatible digital camera.

The mechanical stage allows the specimen to be moved in the X and Y directions.

The coaxial focusing system adjusts the optical focus.

For suitable polarized-light observations, a polarizer and analyzer can be introduced into the optical path according to the installed configuration.

The microscope can therefore be used for appropriate metallurgical observation, material examination and image documentation.

Basic Observation Procedure

1. Microscope Setup: Place the KCX-205 on a stable laboratory surface.

2. Power Connection: Connect the microscope to a suitable 110V–240V supply.

3. Optical Inspection: Check the eyepieces and objective lenses.

4. Specimen Preparation: Prepare the metallurgical specimen according to the intended observation method.

5. Specimen Placement: Position the specimen on the mechanical stage.

6. Illumination Selection: Select the reflected-light illumination system for opaque specimens.

7. LED Activation: Switch on the LED light source.

8. Initial Objective Selection: Begin with the 5X objective.

9. Stage Positioning: Use the mechanical stage controls to locate the observation area.

10. Coarse Focusing: Bring the specimen into initial focus.

11. Fine Focusing: Adjust the image for sharp observation.

12. Brightness Adjustment: Set the LED intensity as required.

13. Higher Magnification: Select the 10X, 20X or 50X objective when appropriate.

14. Refocusing: Use fine focusing after changing objectives.

15. Polarization Selection: Use compatible analyzer and polarizer components if required.

16. Specimen Examination: Observe the relevant surface or structural features.

17. Digital Imaging: Connect a compatible camera if available.

18. Image Documentation: Capture and record the required observations.

19. Completion: Return the microscope to a suitable resting position.

20. Storage: Switch off the illumination and protect the microscope after use.

Magnification System

The KCX-205 incorporates WF10X eyepieces and a reference objective configuration of 5X, 10X, 20X and 50X.

An optional 100X objective is also specified.

Total Visual Magnification = Objective Magnification × Eyepiece Magnification

Standard reference magnification range: 50X–500X.

Maximum magnification with optional 100X objective: 1000X.

The original reference lists 50X–1000X as the overall range, but reaching 1000X requires the optional 100X objective.

Infinity Optical System

The KCX-205 features an infinity-corrected optical arrangement.

Optical Specifications

Trinocular Viewing Head

The microscope incorporates a Siedentopf trinocular observation head.

Metallurgical Objective System

The KCX-205 reference specifies infinity flat-field metallurgical achromatic objectives.

The individual working distances and objective correction standards are not specified.

Quadruple Revolving Nosepiece

Mechanical Stage

The KCX-205 incorporates a double-plate graduated mechanical stage.

Reflected-Light Illumination System

The KCX-205 reference includes reflected-light illumination for opaque metallurgical specimens.

The reference does not provide the reflected-light illuminator's internal optical layout or whether the 5W LED is shared with a separate transmitted-light system.

Condenser System

The reference specifies a movable Abbe condenser.

Technical note: An Abbe condenser is associated with transmitted-light microscopy. It is not the primary illumination component used for reflected-light examination of opaque metal surfaces.

Polarizer and Analyzer System

The KCX-205 reference includes analyzer and polarizer functionality.

The actual polarization accessories and their placement should be verified against the final KCX-205 configuration.

Optical Filters

The microscope reference includes three filters.

The reference does not specify the spectral transmission characteristics or filter mounting positions.

Coaxial Focusing System

The microscope incorporates coarse and fine focusing.

Aluminum Die-Cast Construction

The KCX-205 features an aluminum die-cast stand.

Digital Imaging and Camera Compatibility

The trinocular head provides an optical path for compatible digital imaging equipment.

Educational and Industrial Benefits

The KCX-205 Upright Metallurgical Microscope supports:

• Metallurgical specimen examination

• Material science education

• Metal microstructure observation

• Industrial quality control

• Prepared steel specimen inspection

• Alloy examination

• Casting structure observation

• Weld section examination

• Heat treatment research

• Engineering laboratory training

• Industrial material inspection

• Coating examination

• Material surface observation

• Metallography demonstrations

• Research laboratory observation

• Optical magnification training

• Digital microscopy compatibility

• Scientific image documentation

• Mechanical stage positioning

• Metallurgical microscopy education

Microscope Compatibility and Usage

The KCX-205 Upright Metallurgical Microscope is intended for metallurgical laboratories, engineering colleges, industrial research facilities and suitable material inspection applications.

Opaque metal specimens should be observed using the reflected-light illumination system.

Specimens should be prepared according to the intended metallographic examination method.

The appropriate objective should be selected for the required observation.

The mechanical stage should be adjusted to position the specimen.

The coarse focusing mechanism should be used for initial focusing.

The fine focusing mechanism should be used to refine the image.

The LED intensity should be adjusted for suitable specimen visibility.

Compatible analyzer and polarizer components may be used for specialized observations.

A compatible digital camera may be connected through the trinocular port for image documentation.