RESEARCH TRINOCULAR MICROSCOPE KCX-134

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• 1. Advanced Research Trinocular Microscope
• The KCX-134 Research Trinocular Microscope is designed for biological research, laboratory examination and scientific education.
• 2. Infinity Optical System
• The microscope incorporates infinity-corrected optics for detailed specimen observation.
• 3. Siedentopf Trinocular Head
• The KCX-134 features a Siedentopf trinocular observation head for visual microscopy and compatible imaging arrangements.
• 4. 30° Inclined Viewing Head
• The microscope includes a 30° inclined observation head for laboratory use.
• 5. 360° Head Rotation
• The viewing head can rotate through 360° for convenient positioning.
• 6. Adjustable Interpupillary Distance
• The binocular viewing arrangement provides an interpupillary adjustment range of 48–75 mm.
• 7. Diopter Adjustment
• The microscope includes diopter adjustment for accommodating differences between the observer's eyes.
• 8. Adjustable Rubber Eye Guards
• The eyepieces feature adjustable rubber eye guards.
• 9. Wide-Field 10X Eyepieces
• The KCX-134 includes 10X wide-field eyepieces.
• 10. 20 mm Field Number
• The eyepieces provide a nominal field number of 20 mm.
• 11. Antifungal Eyepiece Coating
• The eyepieces incorporate antifungal coating as specified.
• 12. Anti-Reflection Eyepiece Coating
• The eyepieces include anti-reflection coating for optical observation.
• 13. Infinity Plan Achromatic Objectives
• The microscope features infinity plan achromatic objectives for corrected specimen images.
• 14. 4X Scanning Objective
• The 4X / 0.10 objective supports low-power specimen scanning.
• 15. 10X Objective
• The 10X / 0.25 objective provides general biological specimen magnification.
• 16. 40X Spring-Loaded Objective
• The microscope includes a 40X / 0.65 spring-loaded objective.
• 17. 100X Oil Immersion Objective
• The KCX-134 includes a 100X / 1.25 oil immersion objective for appropriate high-magnification observation.
• 18. 40X–1000X Magnification
• The microscope provides nominal magnifications from 40X to 1000X using the supplied objectives and eyepieces.
• 19. Inward Quadruple Nosepiece
• The KCX-134 incorporates an inward-facing four-position revolving nosepiece.
• 20. Coded Nosepiece Feature
• The microscope includes a coded nosepiece feature as specified in the supplied configuration.
• 21. Click-Stop Mechanism
• The revolving nosepiece includes click stops for selecting objective positions.
• 22. Single-Mould Aluminum Die-Cast Stand
• The microscope features a sturdy aluminum die-cast stand.
• 23. Anti-Rust Body Construction
• The KCX-134 incorporates anti-rust construction for laboratory use.
• 24. Double-Plate Mechanical Stage
• The microscope includes a double-plate mechanical stage.
• 25. 180 × 130 mm Stage
• The KCX-134 features a mechanical stage measuring 180 × 130 mm.
• 26. Precision X-Y Stage Travel
• The stage provides 74 mm X-axis travel and 30 mm Y-axis travel.
• 27. Vernier Stage Calibrations
• The microscope stage incorporates vernier calibrations for specimen positioning.
• 28. Specimen Holder
• The KCX-134 includes a specimen holder for securing prepared microscope slides.
• 29. Coaxial Coarse and Fine Focusing
• The microscope features coaxial coarse and fine focusing controls.
• 30. 0.002 mm Fine Focus Scale
• The fine focusing system has a specified scale value of 0.002 mm.
• 31. Fixed Abbe Condenser
• The KCX-134 incorporates a fixed Abbe condenser.
• 32. N.A. 1.25 Condenser
• The condenser has a specified numerical aperture of 1.25.
• 33. Iris Diaphragm
• The condenser incorporates an iris diaphragm for illumination aperture adjustment.
• 34. Frosted White Filter
• The microscope includes a frosted white filter as specified.
• 35. Antifungal and Anti-Reflection Condenser Coating
• The condenser incorporates antifungal and anti-reflection coating.
• 36. 3.5W LED Illumination
• The microscope features a 3.5W LED illumination system with intensity control.
• 37. Integrated LCD Display
• The KCX-134 incorporates an LCD display with magnification, sleep-time, brightness and lock indications.
• 38. Coded Display Configuration
• The coded nosepiece and integrated display provide a microscope configuration intended for convenient operational monitoring.
• 39. Universal Power Supply
• The microscope supports 110–240V universal power input with integrated voltage fluctuation stabilization.
• 40. KC Scientific Works Research Microscope
• The KCX-134 Research Trinocular Microscope is offered under the KC SCIENTIFIC WORKS research and biological microscope range.

The Research Trinocular Microscope KCX-134 is designed for detailed observation of biological specimens, microorganisms, prepared tissue sections, blood smears and suitable laboratory samples.

The microscope incorporates an infinity optical system with infinity plan achromatic objectives.

Its Siedentopf trinocular head supports direct visual observation and compatible camera-based imaging.

The 30° inclined head, adjustable interpupillary distance and wide-field eyepieces provide a configurable observation arrangement.

The microscope offers nominal magnifications from 40X to 1000X.

The 180 × 130 mm mechanical stage supports controlled specimen movement through a travel range of 74 × 30 mm.

The coaxial focusing system provides precise adjustment, with a fine-focus scale value of 0.002 mm.

The fixed Abbe condenser and 3.5W LED illumination system support transmitted-light specimen observation.

The coded nosepiece and integrated LCD display provide operational features associated with magnification indication, sleep-time indication, brightness indication and lock functions.

The KCX-134 is intended for biological laboratories, microbiology departments, educational institutions, research facilities and appropriate clinical laboratory applications.

Applications

1. Biological Research Laboratories

The KCX-134 Research Trinocular Microscope supports detailed examination of prepared biological specimens.

2. Microbiology Laboratories

The microscope can be used for observation of appropriately prepared microbial samples.

3. Pathology Laboratories

The KCX-134 supports microscopic examination of prepared pathology slides.

4. Clinical Laboratories

The microscope can be used for appropriate laboratory specimen observation.

5. Medical Colleges

The KCX-134 supports practical microscopy training in medical education.

6. Universities

The microscope is suitable for biological laboratory instruction and research.

7. Research Institutes

The KCX-134 supports scientific specimen observation and compatible imaging.

8. Biotechnology Laboratories

The microscope can be used for suitable biotechnology microscopy applications.

9. Pharmaceutical Laboratories

The KCX-134 supports appropriate microscopic examination in pharmaceutical laboratory environments.

10. Hospitals

The microscope can support specimen observation in suitable hospital laboratory settings.

11. Veterinary Laboratories

The KCX-134 can be used for examination of prepared veterinary specimens.

12. Histology Laboratories

The microscope supports observation of prepared tissue sections.

13. Hematology Laboratories

The KCX-134 can be used for examination of appropriately prepared blood smears.

14. Cell Biology Laboratories

The microscope supports observation of suitable cellular specimens.

15. Botany Laboratories

The KCX-134 can be used for examination of prepared plant tissues.

16. Zoology Laboratories

The microscope supports examination of prepared animal specimens.

17. Laboratory Quality Control

The KCX-134 can assist with appropriate microscopic quality-control examinations.

18. Digital Microscopy Documentation

The trinocular observation head can support specimen imaging when a compatible camera and adapter are installed.

19. Scientific Education

The microscope supports instruction in advanced biological microscopy.

20. Research and Development

The KCX-134 is suitable for appropriate research projects involving microscopic specimen examination.

Typical Specimens and Observations

Working Principle

The Research Trinocular Microscope KCX-134 operates on the principle of transmitted-light compound microscopy.

Light from the built-in 3.5W LED illumination system passes through the condenser toward the specimen.

The fixed Abbe condenser directs light through the prepared specimen.

The condenser's iris diaphragm allows adjustment of the illumination aperture.

Light passing through the specimen enters the selected infinity plan achromatic objective.

The objective produces a magnified optical image within the infinity-corrected system.

A compatible tube-lens arrangement forms the intermediate image for viewing through the wide-field 10X eyepieces.

The binocular viewing paths allow direct specimen observation.

The trinocular observation path provides a connection point for compatible digital imaging equipment.

Different objective magnifications can be selected using the inward quadruple revolving nosepiece.

The coaxial focusing system is used to adjust image sharpness.

The mechanical stage allows controlled movement of the specimen in the X and Y directions.

The coded nosepiece feature and integrated LCD display provide the specified operational information and controls.

This arrangement supports detailed laboratory microscopy across the supplied magnification range.

Basic Observation Procedure

1. Microscope Setup: Place the KCX-134 on a stable laboratory bench.

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

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

4. Slide Positioning: Secure the slide using the specimen holder.

5. Illumination: Switch on the 3.5W LED illumination system.

6. Brightness Adjustment: Use the intensity controller to adjust illumination.

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

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

9. Fine Focusing: Adjust the fine focusing control for image clarity.

10. Condenser Adjustment: Adjust the iris diaphragm as required.

11. Specimen Movement: Use the mechanical stage controls to examine different areas.

12. Higher Magnification: Select the 10X or 40X objective when required.

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

14. LCD Monitoring: Observe the available operational indications on the LCD display.

15. Digital Imaging: Capture specimen images using compatible camera equipment if installed.

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

Magnification System

The KCX-134 includes 10X eyepieces and four infinity plan achromatic objectives.

Standard nominal magnification range: 40X–1000X.

Infinity Optical System

The KCX-134 features an infinity-corrected optical system with infinity plan achromatic objectives.

Optical Specifications

Siedentopf Trinocular Viewing System

The KCX-134 features a Siedentopf trinocular viewing head.

Viewing Specifications

Coded Quadruple Nosepiece

The microscope incorporates an inward quadruple revolving nosepiece with coded functionality.

Nosepiece Specifications

The reference identifies a coded nosepiece but does not specify the underlying electronic sensing method or whether objective selection automatically changes illumination intensity.

Mechanical Stage

The microscope incorporates a double-plate mechanical stage with vernier calibrations.

Stage Specifications

Precision Focusing System

The KCX-134 incorporates coaxial coarse and fine focusing controls.

Focusing Specifications

Fixed Abbe Condenser

The microscope features a fixed Abbe condenser with an iris diaphragm.

Condenser Specifications

3.5W LED Illumination System

The KCX-134 features an adjustable LED illumination system.

Illumination Specifications

Integrated Coded LCD Display

The KCX-134 Research Trinocular Microscope includes an integrated LCD display for operational information.

LCD Display Specifications

LCD Display Benefits

The integrated display provides convenient access to selected microscope operating information.

The magnification indication helps the user identify the displayed magnification setting.

The brightness indication provides information about illumination intensity.

The sleep-time indication supports monitoring of the microscope's specified sleep function.

The lock function provides an additional operating control.

Digital Imaging Compatibility

The KCX-134 incorporates a trinocular observation head for compatible digital imaging equipment.

Imaging Specifications

Body Construction and Electrical System

The microscope features a single-mould aluminum die-cast stand.

Construction Specifications

Educational and Research Benefits

The KCX-134 Research Trinocular Microscope 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

• LED illumination adjustment

• Coded nosepiece operation

• LCD magnification indication

• Advanced research microscopy

Microscope Compatibility and Usage

The KCX-134 Research Trinocular Microscope is intended for biological, educational, clinical and research laboratory applications.

The microscope should be placed on a stable laboratory surface.

Prepared slides should be secured using the specimen holder.

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.

The condenser iris diaphragm should be adjusted according to the observation requirements.

Higher-magnification objectives can be selected when needed.

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

The objective should be cleaned correctly after oil immersion use.

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

The LCD display provides the specified operational indications.

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