RESEARCH TRINOCULAR MICROSCOPE MAX SERIES KCX-130

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• 1. Advanced MAX Series Research Microscope
• The KCX-130 Research Trinocular Microscope Max Series is designed for scientific laboratories requiring detailed biological specimen observation.
• 2. Infinity-Corrected Optical System
• The microscope incorporates infinity-corrected optics for research and laboratory microscopy applications.
• 3. Trinocular Observation Head
• The KCX-130 features a trinocular head that supports direct observation and compatible camera attachment.
• 4. 30° Inclined Viewing Head
• The microscope includes a 30° inclined viewing head for convenient laboratory observation.
• 5. 360° Rotatable Head
• The observation head can rotate through 360° for flexible positioning.
• 6. WF10X Wide-Field Eyepieces
• The microscope incorporates WF10X eyepieces for biological specimen observation.
• 7. 22 mm Eyepiece Field Number
• The WF10X/22 mm eyepieces provide a nominal field number of 22 mm.
• 8. Plan Achromatic Objectives
• The KCX-130 includes plan achromatic objectives designed for corrected image formation and improved field flatness.
• 9. 4X Scanning Objective
• The 4X objective supports low-power specimen scanning and initial examination.
• 10. 10X Objective
• The 10X objective provides general-purpose magnification for biological specimen observation.
• 11. 40X High-Power Objective
• The 40X objective supports examination of finer structures in suitable prepared specimens.
• 12. 100X Oil Immersion Objective
• The microscope includes a 100X oil immersion objective for appropriate high-magnification microscopy.
• 13. 40X–1000X Magnification Range
• The KCX-130 provides nominal magnifications from 40X to 1000X using its specified eyepieces and objectives.
• 14. Quintuple Revolving Nosepiece
• The microscope incorporates a five-position revolving nosepiece.
• 15. Ball-Bearing Nosepiece Mechanism
• The revolving nosepiece features a ball-bearing design for objective selection.
• 16. Additional Objective Position
• The quintuple nosepiece provides a fifth position for a compatible objective.
• 17. Rackless Mechanical Stage
• The KCX-130 features a rackless mechanical stage for controlled slide positioning.
• 18. X-Y Specimen Movement
• The mechanical stage allows specimen movement along the X and Y axes.
• 19. Coaxial Coarse Focusing
• The microscope includes coarse focusing for initial image adjustment.
• 20. Precision Fine Focusing
• The fine focusing control supports accurate adjustment of specimen image sharpness.
• 21. 5W LED Illumination
• The microscope features a 5W LED light source for transmitted-light observation.
• 22. Köhler Illumination System
• The KCX-130 incorporates Köhler illumination for controlled and even specimen lighting.
• 23. Adjustable Illumination Intensity
• The LED illumination system includes brightness adjustment.
• 24. AC-Powered Lighting
• The microscope operates through an AC-powered LED illumination system.
• 25. Heavy-Duty Metal Construction
• The KCX-130 features a sturdy metal body intended for regular laboratory use.
• 26. Corrosion-Resistant Finish
• The microscope incorporates a powder-coated finish designed to resist corrosion.
• 27. Digital Camera Compatibility
• The trinocular observation port can accommodate compatible microscope camera equipment with an appropriate adapter.
• 28. Digital Image Documentation
• With compatible imaging equipment, the microscope can support specimen photography and laboratory documentation.
• 29. Live Microscope Viewing
• A compatible camera and display arrangement can support live presentation of microscope images.
• 30. Biological Specimen Examination
• The KCX-130 supports observation of suitable prepared biological specimens.
• 31. Blood Smear Examination
• The microscope can be used for observation of appropriately prepared blood smears.
• 32. Histological Examination
• The KCX-130 supports examination of prepared tissue sections.
• 33. Microbiology Applications
• The microscope is suitable for observation of appropriately prepared microbial specimens.
• 34. Pathology Laboratory Applications
• The KCX-130 can support microscopy activities in pathology laboratories.
• 35. Biotechnology Research
• The microscope supports suitable specimen observation in biotechnology research.
• 36. Pharmaceutical Laboratory Use
• The KCX-130 can be used for appropriate microscopy tasks in pharmaceutical laboratories.
• 37. Medical Education
• The microscope supports microscopy training in medical colleges and educational institutions.
• 38. University Research
• The KCX-130 can be used for laboratory teaching and scientific research.
• 39. Laboratory Quality Control
• The microscope supports suitable microscopic inspection in quality-control environments.
• 40. KC Scientific Works Research Microscope
• The KCX-130 Research Trinocular Microscope Max Series is offered under the KC SCIENTIFIC WORKS biological and research microscope range.

The Research Trinocular Microscope Max Series KCX-130 is designed for microscopic examination of biological specimens, microorganisms, prepared tissue sections, blood smears and suitable laboratory samples.

Its infinity-corrected optical system supports detailed specimen imaging.

The microscope incorporates plan achromatic objectives with magnifications of 4X, 10X, 40X and 100X oil immersion.

These objectives, combined with WF10X eyepieces, provide nominal magnifications from 40X to 1000X.

The trinocular observation head allows users to examine specimens directly and connect compatible camera equipment when required.

The rackless mechanical stage supports controlled specimen movement.

The coaxial coarse and fine focusing system allows users to adjust image sharpness.

The 5W LED Köhler illumination system provides adjustable transmitted-light illumination.

The KCX-130 is intended for biological research laboratories, pathology departments, microbiology laboratories, medical colleges, universities, hospitals and pharmaceutical research facilities.

Applications

1. Research Laboratories

The KCX-130 Research Trinocular Microscope Max Series supports detailed examination of prepared biological specimens during scientific research.

2. Medical Colleges

The microscope supports practical teaching of biological and medical microscopy.

3. Universities

The KCX-130 is suitable for laboratory education and biological research activities.

4. Pathology Laboratories

The microscope can be used for observation of prepared pathology slides.

5. Histopathology Laboratories

The KCX-130 supports examination of prepared histological tissue sections.

6. Microbiology Laboratories

The microscope can be used to observe appropriately prepared microbial specimens.

7. Pharmaceutical Industries

The KCX-130 supports suitable microscopic examination in pharmaceutical laboratory environments.

8. Biotechnology Research

The microscope can assist with biological specimen observation in biotechnology projects.

9. Clinical Diagnostic Laboratories

The microscope supports specimen examination in appropriate clinical laboratory workflows.

10. Food Testing Laboratories

The KCX-130 can support suitable microscopy-based food testing activities.

11. Environmental Testing Laboratories

The microscope can be used for observation of appropriate environmental samples and prepared slides.

12. Veterinary Laboratories

The KCX-130 supports microscopic examination of prepared veterinary specimens.

13. Quality-Control Laboratories

The microscope can assist with appropriate microscopy-based quality-control activities.

14. Hematology Laboratories

The KCX-130 supports examination of properly prepared blood smears.

15. Cell Biology Laboratories

The microscope can be used for observation of suitable cellular specimens.

16. Botany Laboratories

The KCX-130 supports examination of prepared plant tissues and cells.

17. Zoology Laboratories

The microscope can be used for observation of prepared animal tissues and specimens.

18. Digital Microscopy Documentation

The trinocular head supports compatible camera-based imaging for documentation.

19. Scientific Education and Training

The KCX-130 supports instruction in microscopy techniques and biological specimen examination.

20. Research and Development

The microscope is suitable for appropriate scientific projects involving microscopic specimen analysis.

Typical Specimens and Observations

Working Principle

The Research Trinocular Microscope Max Series KCX-130 operates on the principle of transmitted-light compound microscopy.

Light from the built-in 5W LED illumination system is directed toward the prepared specimen.

The Köhler illumination arrangement allows the illumination to be adjusted for controlled specimen lighting.

Light passing through the specimen enters the selected objective lens.

The infinity-corrected optical system produces a magnified image through its compatible objective and tube-lens arrangement.

The image is viewed through the WF10X wide-field eyepieces.

The trinocular observation head provides an additional optical pathway for compatible digital imaging equipment.

Different objective magnifications can be selected using the quintuple revolving nosepiece.

The coaxial focusing controls allow adjustment of image sharpness.

The rackless mechanical stage supports controlled movement of the specimen during observation.

The 100X oil immersion objective is used with suitable immersion oil for appropriate high-magnification examination.

Basic Observation Procedure

1. Microscope Setup: Place the KCX-130 on a stable laboratory bench.

2. Power Connection: Connect the microscope to a suitable AC power source.

3. Specimen Preparation: Select an appropriate prepared microscope slide.

4. Slide Positioning: Position the slide on the mechanical stage.

5. Illumination: Switch on the 5W LED illumination system.

6. Köhler Adjustment: Adjust the illumination according to the microscope's operating procedure.

7. Objective Selection: Begin observation with the 4X objective.

8. Initial Focusing: Use coarse focusing to locate the specimen.

9. Fine Focusing: Adjust fine focus for a clear image.

10. Stage Movement: Use the mechanical stage controls to examine different specimen areas.

11. Higher Magnification: Select the 10X or 40X objective as required.

12. Oil Immersion: Use the 100X objective with appropriate immersion oil when necessary.

13. Digital Imaging: Connect compatible camera equipment if imaging is required.

14. Observation: Examine and document the relevant specimen characteristics.

15. Completion: Clean the oil immersion objective correctly after use and switch off the microscope.

Magnification System

The KCX-130 includes WF10X eyepieces and four specified plan achromatic objectives.

Total nominal magnification is calculated as:

Total Magnification = Eyepiece Magnification × Objective Magnification

Standard nominal magnification range: 40X–1000X.

The quintuple nosepiece provides five positions, but only four objective magnifications are specified.

Infinity-Corrected Optical System

The KCX-130 incorporates an infinity-corrected optical system with plan achromatic objectives.

Optical Specifications

Infinity-corrected optics are designed to operate with a compatible tube-lens arrangement.

Plan achromatic objectives provide selected chromatic aberration correction and improved field flatness.

Trinocular Viewing System

The KCX-130 features a trinocular observation head for direct viewing and compatible digital imaging.

Viewing Specifications

Quintuple Ball-Bearing Nosepiece

The microscope incorporates a five-position revolving nosepiece.

Nosepiece Specifications

Rackless Mechanical Stage

The KCX-130 incorporates a rackless mechanical stage for controlled specimen positioning.

Stage Specifications

Coaxial Focusing System

The microscope features coaxial coarse and fine focusing controls.

Focusing Specifications

5W LED Köhler Illumination System

The KCX-130 incorporates a 5W LED illumination system with adjustable intensity.

Illumination Specifications

Benefits of Köhler Illumination

Köhler illumination is an optical illumination method used to achieve controlled and relatively even illumination across the specimen field.

When correctly adjusted, it helps reduce unwanted illumination artifacts and supports suitable contrast during biological microscopy.

Digital Imaging Compatibility

The KCX-130 features a trinocular observation port for compatible microscope cameras.

Imaging Specifications

Digital Microscopy Applications

With a suitable camera and adapter, the microscope can support:

• Digital specimen photography

• Laboratory image documentation

• Live microscope viewing on a compatible display

• Educational demonstrations

• Research image archiving

• Scientific presentation preparation

Body Construction and Electrical System

The KCX-130 features a heavy-duty metal body with a corrosion-resistant powder-coated finish.

Construction Specifications

Educational and Research Benefits

The KCX-130 Research Trinocular Microscope Max Series supports:

• Biological specimen examination

• Microbiology laboratory observation

• Histology studies

• Prepared blood smear examination

• Cellular morphology studies

• Tissue structure observation

• Plant tissue examination

• Animal tissue microscopy

• Medical laboratory education

• Veterinary laboratory microscopy

• Biotechnology research

• Pharmaceutical laboratory applications

• Scientific laboratory training

• Digital microscopy documentation

• Oil immersion microscopy

• Infinity optical system training

• Mechanical stage operation

• Precision focusing

• Köhler illumination adjustment

• Advanced research microscopy

Microscope Compatibility and Usage

The KCX-130 Research Trinocular Microscope Max Series is intended for biological, educational, clinical and research laboratory applications.

The microscope should be placed on a stable laboratory bench.

Prepared slides should be positioned correctly on the mechanical stage.

The LED illumination system should be adjusted according to the specimen and selected objective.

Observation should begin with the 4X objective.

The coaxial focusing controls should be used carefully.

The mechanical stage allows controlled movement of the specimen.

Higher-magnification objectives can be selected when required.

The 100X oil immersion objective should be used only with suitable immersion oil.

The objective should be cleaned correctly after oil immersion use.

The trinocular port can be used for compatible digital camera attachment when required.

After observation, the microscope should be switched off and stored in a clean, dry environment.