TRINOCULAR MICROSCOPE KCX-140

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• 1. Advanced Trinocular Compound Microscope
• The KCX-140 Trinocular Microscope is designed for biological specimen observation and digital image documentation.
• 2. Trinocular Viewing Head
• The microscope features a trinocular observation arrangement with two visual eyepiece paths and a digital imaging path.
• 3. 45° Inclined Observation Head
• The microscope incorporates a 45° inclined viewing head for routine laboratory observation.
• 4. 40X–1500X Specified Magnification
• The KCX-140 reference specifies a total magnification range of 40X to 1500X.
• 5. WF10X Wide-Field Eyepiece
• The microscope includes a 10X wide-field eyepiece configuration.
• 6. WF15X Wide-Field Eyepiece
• The reference also specifies a 15X wide-field eyepiece configuration.
• 7. Semi-Plan Achromatic Objectives
• The KCX-140 incorporates semi-plan achromatic objective lenses.
• 8. Optical Colour Correction
• Achromatic objectives are designed to reduce selected chromatic aberrations.
• 9. Improved Field Flatness
• Semi-plan objectives provide improved field flatness compared with conventional achromatic designs.
• 10. Digital Imaging Capability
• The microscope includes an integrated camera arrangement for digital image acquisition.
• 11. Built-In 1.3 MP CMOS Camera
• The KCX-140 reference specifies a 1.3-megapixel CMOS camera.
• 12. USB Camera Connectivity
• The digital camera incorporates a USB interface.
• 13. Computer-Based Image Observation
• The USB camera can be connected to compatible computer equipment for supported imaging functions.
• 14. Microscope Image Capture
• The camera supports digital image acquisition using compatible software.
• 15. Laboratory Image Documentation
• The KCX-140 can be used to document microscopic observations.
• 16. Bright LED Illumination
• The microscope features an LED light source for specimen illumination.
• 17. Transmitted-Light Observation
• The compound microscope arrangement is intended for viewing suitable prepared specimens using transmitted illumination.
• 18. Coarse Focusing Mechanism
• The microscope includes coarse focusing for initial specimen positioning.
• 19. Fine Focusing Mechanism
• The fine-focusing system supports careful adjustment of image sharpness.
• 20. Die-Cast Metal Body
• The KCX-140 features durable die-cast metal construction.
• 21. 220V AC Power Supply
• The reference specifies a 220V AC electrical supply.
• 22. Biological Specimen Observation
• The microscope supports examination of suitable biological specimens.
• 23. Microbiology Laboratory Applications
• The KCX-140 can be used for educational and research observation of prepared microbiological samples.
• 24. Pathology Education
• The microscope supports observation of suitable prepared histology and pathology teaching slides.
• 25. Blood Smear Education
• The KCX-140 may be used for non-diagnostic examination of properly prepared blood smear slides.
• 26. Plant Cell Observation
• The microscope supports examination of suitable plant tissue slides.
• 27. Animal Tissue Studies
• The KCX-140 can be used for observation of prepared animal tissue specimens.
• 28. Research Laboratory Use
• The microscope supports suitable biological research observation.
• 29. College Laboratory Applications
• The KCX-140 is intended for practical microscopy education.
• 30. University Research Applications
• The microscope can support suitable academic research activities.
• 31. Scientific Image Recording
• The camera allows supported microscope images to be recorded digitally.
• 32. Educational Image Sharing
• Captured images may be used for classroom teaching and scientific discussions.
• 33. Laboratory Observation Training
• The microscope supports instruction in compound microscopy techniques.
• 34. Objective and Eyepiece Education
• The KCX-140 can be used to demonstrate how optical magnification is produced.
• 35. Focusing Technique Training
• Students can learn coarse and fine focusing procedures.
• 36. LED Illumination Demonstrations
• The microscope supports demonstrations of transmitted-light microscopy.
• 37. Digital Microscopy Training
• The KCX-140 provides a platform for introductory camera-based microscopy.
• 38. Scientific Documentation
• The microscope supports the recording of suitable laboratory observations.
• 39. Educational and Research Versatility
• The KCX-140 is intended for a range of biological microscopy applications.
• 40. KC Scientific Works Trinocular Microscope
• The KCX-140 Trinocular Microscope is presented under the KC SCIENTIFIC WORKS laboratory and digital microscope range.

The Trinocular Microscope KCX-140 is designed to provide magnified optical observation and digital documentation of microscopic specimens.

The microscope uses semi-plan achromatic objectives to produce magnified images of suitable prepared specimens.

The WF10X and WF15X wide-field eyepieces provide visual observation through the trinocular viewing head.

The 45° inclined observation head supports routine laboratory viewing.

The LED illumination system provides light for transmitted-light specimen observation.

The coarse focusing mechanism allows initial focusing.

The fine focusing mechanism supports more precise image adjustment.

The integrated 1.3 MP CMOS camera provides a digital imaging path.

The USB interface allows connection to compatible computer equipment.

The microscope is intended for biological research, microbiology education, pathology teaching, laboratory demonstrations and scientific image documentation.

Applications

1. Biological Research Laboratories

The KCX-140 Trinocular Microscope supports observation of suitable biological specimens.

2. Microbiology Laboratories

The microscope can be used for observation of properly prepared microbiological slides.

3. Pathology Teaching Laboratories

The KCX-140 supports educational examination of prepared pathology specimens.

4. Histology Laboratories

The microscope can be used for observation of suitable tissue sections.

5. School Biology Laboratories

The KCX-140 supports advanced school-level microscopy education.

6. College Science Laboratories

The microscope can be used for practical biology exercises.

7. University Research Laboratories

The KCX-140 supports suitable academic microscopy activities.

8. Medical Education

The microscope can be used for non-diagnostic examination of prepared teaching slides.

9. Pharmaceutical Research Laboratories

The KCX-140 supports suitable microscopic observation of laboratory samples.

10. Biotechnology Laboratories

The microscope can be used for appropriate biological specimen examination.

11. Plant Biology Studies

The KCX-140 supports observation of plant tissue sections.

12. Animal Tissue Observation

The microscope can be used to examine prepared animal tissue specimens.

13. Microorganism Observation

The KCX-140 supports observation of suitably prepared microbial samples.

14. Blood Smear Teaching

The microscope can be used for educational observation of prepared blood smear slides.

15. Scientific Image Documentation

The camera supports digital capture of microscope images.

16. Laboratory Demonstrations

The KCX-140 can be used to demonstrate compound microscope operation.

17. Digital Microscopy Education

The microscope supports instruction in camera-based image acquisition.

18. Biological Specimen Comparison

The KCX-140 can be used to compare suitable prepared specimens.

19. Research Image Recording

The microscope supports digital recording for appropriate research activities.

20. Scientific Training Programs

The KCX-140 supports training in optical microscopy and digital image documentation.

Typical Specimens and Observations

Working Principle

The Trinocular Microscope KCX-140 operates using transmitted-light compound microscopy and digital imaging.

Light from the LED illumination system passes through a suitable prepared specimen.

The objective lens collects light from the specimen and produces a magnified intermediate image.

The eyepiece magnifies this image for visual observation.

The trinocular viewing head provides an additional optical path for camera-based imaging.

The CMOS camera converts the optical image into digital image data.

The USB interface transfers supported image data to compatible computer equipment.

The coarse focusing mechanism adjusts the microscope for initial specimen observation.

The fine focusing mechanism supports precise adjustment of image sharpness.

The resulting optical and digital images can be used for suitable laboratory observation, teaching and scientific documentation.

Basic Observation Procedure

1. Microscope Setup: Place the KCX-140 on a stable laboratory surface.

2. Power Connection: Connect the microscope to a suitable 220V AC supply according to its electrical rating.

3. Optical Inspection: Check the eyepieces and objectives for cleanliness.

4. Illumination: Switch on the LED light source.

5. Specimen Selection: Choose a suitable prepared microscope slide.

6. Specimen Placement: Position the slide securely on the stage.

7. Eyepiece Selection: Select the appropriate WF10X or WF15X eyepieces.

8. Objective Selection: Begin with the lowest available objective magnification.

9. Initial Focusing: Use the coarse focusing control to locate the specimen.

10. Fine Focusing: Adjust the fine focus for a clear image.

11. Illumination Adjustment: Optimize specimen brightness using the available controls.

12. Magnification Change: Select a higher-power objective if required.

13. Focus Readjustment: Refine the image using fine focusing.

14. Camera Connection: Connect the built-in CMOS camera to a compatible computer through USB.

15. Software Setup: Open the supported camera imaging software.

16. Digital Observation: View the image using the available camera functions.

17. Image Capture: Capture suitable microscope images.

18. Documentation: Save images and record laboratory observations.

19. Completion: Remove the specimen and switch off the microscope.

20. Storage: Clean and store the microscope appropriately.

Magnification System

The KCX-140 reference specifies a total magnification range of 40X–1500X.

The microscope includes WF10X and WF15X eyepieces.

However, the individual objective magnifications are not specified.

Magnification Specifications

For a conventional compound microscope:

Total Magnification = Eyepiece Magnification × Objective Magnification

Illustrative Magnification Combinations

The following table demonstrates common mathematical combinations. It does not establish which objectives are supplied with KCX-140.

Technical clarification: The stated 40X–1500X range is consistent with a possible 4X–100X objective arrangement, but the actual supplied objective configuration must be confirmed.

Trinocular Viewing System

The KCX-140 features a trinocular observation head.

Viewing Specifications

Semi-Plan Achromatic Objective System

The microscope incorporates semi-plan achromatic objectives.

Objective Specifications

Built-In 1.3 MP CMOS Camera

The KCX-140 includes a specified 1.3 MP CMOS camera.

Camera Specifications

A 1.3 MP camera may provide a nominal image size of approximately 1280 × 1024 pixels, depending on the sensor. The exact output resolution must be verified against the installed camera model.

LED Illumination System

The KCX-140 features bright LED illumination.

Illumination Specifications

Precision Coarse and Fine Focusing

The microscope incorporates coarse and fine focusing.

Focusing Specifications

Die-Cast Metal Construction

The KCX-140 features a die-cast metal body.

Construction Specifications

Digital Imaging and Computer Compatibility

The KCX-140 incorporates a USB-connected CMOS camera.

Digital Imaging Specifications

Educational and Laboratory Benefits

The KCX-140 Trinocular Microscope supports:

• Biological specimen observation

• Microbiology education

• Pathology teaching

• Histology examination

• Scientific research

• College biology practicals

• University laboratory activities

• Digital microscopy training

• Camera-based image acquisition

• Microscope image documentation

• Plant cell observation

• Animal tissue examination

• Prepared microorganism observation

• Optical magnification demonstrations

• Objective lens training

• Eyepiece magnification education

• Coarse focusing practice

• Fine focusing practice

• LED microscopy demonstrations

• Scientific image recording

Microscope Compatibility and Usage

The KCX-140 Trinocular Microscope is intended for research laboratories, educational institutions, microbiology departments and pathology teaching environments.

Suitable prepared slides should be used for specimen observation.

The microscope should be connected to an appropriate electrical supply.

The eyepieces and objectives should be selected according to the required magnification.

The LED illumination system should be adjusted to provide suitable specimen visibility.

The coarse focusing mechanism should be used for initial focusing.

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

The integrated CMOS camera can be connected to compatible computer equipment.

Digital images can be acquired using the appropriate supported software.

For diagnostic or clinical reporting, the microscope's intended use, performance and applicable regulatory compliance must be verified separately.