RESEARCH MICROSCOPE MAX SERIES KCX-129

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• 1. Advanced MAX Series Research Microscope
• The KCX-129 Research Microscope Max Series is designed for biological specimen examination, educational laboratory work and scientific research.
• 2. Infinity-Corrected Optical System
• The microscope incorporates infinity-corrected optics for detailed specimen observation.
• 3. Binocular Viewing Head
• The KCX-129 features a binocular observation system for viewing specimens through both eyepieces.
• 4. 30° Inclined Viewing Head
• The microscope includes a 30° inclined binocular head for laboratory observation.
• 5. 360° Rotatable Head
• The observation head can rotate through 360° for flexible positioning.
• 6. PL10X Wide-Field Eyepieces
• The microscope includes PL10X / 22 mm eyepieces.
• 7. High-Eyepoint Viewing
• The high-eyepoint eyepiece configuration is designed for comfortable observation.
• 8. Wide 22 mm Field Number
• The eyepieces provide a nominal field number of 22 mm.
• 9. Infinity Plan Achromatic Objectives
• The microscope features infinity plan achromatic objectives for optically corrected specimen images.
• 10. 4X Scanning Objective
• The 4X objective supports initial specimen scanning.
• 11. 10X Objective
• The 10X objective supports general biological specimen observation.
• 12. 40X Spring-Loaded Objective
• The microscope includes a 40X spring-loaded objective for higher-magnification observation.
• 13. 100X Oil Immersion Objective
• The KCX-129 includes a 100X oil immersion objective for appropriate high-magnification applications.
• 14. Spring-Loaded 100X Objective
• The 100X objective features a spring-loaded construction.
• 15. 40X–1000X Magnification
• The microscope provides nominal magnifications from 40X to 1000X using the supplied eyepieces and objectives.
• 16. Backward Quintuple Nosepiece
• The KCX-129 incorporates a backward-facing five-position revolving nosepiece.
• 17. Ball-Bearing Nosepiece
• The nosepiece includes a ball-bearing mechanism for objective selection.
• 18. Additional Objective Position
• The quintuple nosepiece provides a fifth position for a compatible objective.
• 19. Large Mechanical Stage
• The microscope features a 220 × 148 mm double-layer mechanical stage.
• 20. X-Y Specimen Movement
• The mechanical stage allows controlled specimen movement.
• 21. Low-Hand Stage Controls
• The stage features a low-hand control arrangement.
• 22. Coaxial Coarse Focusing
• The KCX-129 incorporates coaxial coarse focusing for initial image adjustment.
• 23. Precision Fine Focusing
• The microscope features fine focusing for accurate specimen observation.
• 24. Abbe Condenser
• The microscope includes an Abbe condenser for transmitted-light illumination.
• 25. Iris Diaphragm
• The condenser incorporates an iris diaphragm for illumination aperture adjustment.
• 26. 3W LED Illumination
• The KCX-129 features a 3W LED light source.
• 27. Köhler Illumination
• The microscope incorporates Köhler illumination for controlled and even specimen lighting.
• 28. AC-Powered Lighting System
• The LED illumination operates through an AC-powered system.
• 29. Heavy-Duty Metal Frame
• The microscope features a metal frame intended for regular laboratory use.
• 30. Corrosion-Resistant Finish
• The KCX-129 includes a powder-coated finish designed to resist corrosion.
• 31. Biological Specimen Observation
• The microscope supports examination of suitable biological specimens and prepared slides.
• 32. Blood Smear Examination
• The KCX-129 can be used for microscopic examination of properly prepared blood smears.
• 33. Tissue Section Observation
• The microscope supports observation of prepared histological sections.
• 34. Microbiology Applications
• The microscope can be used to examine suitable prepared microbial specimens.
• 35. Pathology Laboratory Applications
• The KCX-129 supports microscopy activities in pathology laboratories, subject to applicable laboratory procedures.
• 36. Biotechnology Research
• The microscope is suitable for appropriate biological and biotechnology research applications.
• 37. Medical Education
• The KCX-129 supports practical microscopy training in medical and allied science institutions.
• 38. Pharmaceutical Laboratory Use
• The microscope can support suitable laboratory microscopy in pharmaceutical environments.
• 39. Quality-Control Applications
• The KCX-129 can be used for appropriate microscopic examination in laboratory quality-control activities.
• 40. KC Scientific Works Research Microscope
• The KCX-129 Research Microscope Max Series is offered under the KC SCIENTIFIC WORKS research and biological microscope range.

The Research Microscope Max Series KCX-129 is designed for detailed observation of biological specimens, microorganisms, tissue sections, prepared blood smears and other suitable microscope slides.

Its infinity-corrected optical system supports high-quality image formation.

The binocular viewing head provides direct observation through two eyepieces.

The PL10X/22 mm high-eyepoint eyepieces offer a wide viewing field.

The infinity plan achromatic objectives provide magnification options suitable for specimen scanning and detailed examination.

The microscope incorporates 4X, 10X, 40X and 100X objectives.

The 100X oil immersion objective supports high-magnification observation when used with appropriate immersion oil and laboratory procedures.

The large double-layer mechanical stage supports controlled specimen positioning.

The coaxial focusing system allows adjustment of image sharpness.

The Abbe condenser and 3W LED Köhler illumination system support controlled transmitted-light observation.

The KCX-129 is intended for biological laboratories, educational institutions, microbiology laboratories, pathology departments, biotechnology research and appropriate scientific applications.

Applications

1. Clinical Laboratories

The KCX-129 Research Microscope Max Series supports examination of suitable prepared clinical specimens.

2. Pathology Laboratories

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

3. Microbiology Laboratories

The KCX-129 supports examination of appropriately prepared microbial specimens.

4. Medical Colleges

The microscope is suitable for teaching biological and medical microscopy.

5. Universities

The KCX-129 supports practical teaching and scientific research.

6. Research Institutes

The microscope can be used for biological specimen examination in research environments.

7. Biotechnology Laboratories

The KCX-129 supports appropriate biotechnology microscopy applications.

8. Pharmaceutical Industries

The microscope can be used for suitable microscopy tasks in pharmaceutical laboratories.

9. Hospitals

The microscope supports laboratory specimen observation in appropriate hospital settings.

10. Veterinary Laboratories

The KCX-129 can be used for examination of suitable prepared veterinary specimens.

11. Quality-Control Laboratories

The microscope supports appropriate microscopic quality-control examinations.

12. Educational Institutions

The KCX-129 is suitable for biological laboratory teaching.

13. Histology Laboratories

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

14. Hematology Laboratories

The KCX-129 supports examination of appropriately prepared blood smears.

15. Biological Research

The microscope can assist with observation of suitable biological specimens.

16. Cell Biology Laboratories

The microscope supports observation of prepared cellular specimens.

17. Botany Laboratories

The KCX-129 can be used for examination of suitable plant tissues and cells.

18. Zoology Laboratories

The microscope supports observation of prepared animal specimens.

19. Laboratory Training Centers

The KCX-129 supports instruction in biological microscopy techniques.

20. Scientific Research and Development

The microscope can be used for appropriate laboratory research and specimen examination.

Typical Specimens and Observations

Working Principle

The Research Microscope Max Series KCX-129 operates on the principle of transmitted-light compound microscopy.

Light from the 3W LED illumination system is directed through the condenser toward the specimen.

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

The specimen is positioned on the double-layer mechanical stage.

Light passing through the specimen enters the selected objective lens.

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

The microscope's tube-lens arrangement forms the image that is viewed through the PL10X eyepieces.

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

The coaxial coarse and fine focusing controls are used to obtain a sharp specimen image.

The mechanical stage allows controlled movement of the slide during examination.

The 100X oil immersion objective is used with appropriate immersion oil and suitable prepared specimens.

This optical arrangement supports detailed biological microscopy across the supplied magnification range.

Basic Observation Procedure

1. Microscope Setup: Place the KCX-129 on a stable laboratory bench.

2. Specimen Preparation: Select a suitable prepared microscope slide.

3. Slide Positioning: Secure the slide on the mechanical stage.

4. Illumination: Switch on the 3W LED illumination system.

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

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

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

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

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

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

11. Oil Immersion: Use the 100X objective with suitable immersion oil when appropriate.

12. Observation: Examine the required specimen structures.

13. Documentation: Record observations according to laboratory procedures.

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

Magnification System

The KCX-129 includes PL10X eyepieces with four specified infinity plan achromatic objectives.

Standard nominal magnification range: 40X–1000X.

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

Infinity Optical System

The KCX-129 incorporates an infinity-corrected optical system with plan achromatic objectives.

Optical Specifications

Binocular Observation System

The KCX-129 features a binocular observation head designed for laboratory use.

Viewing Specifications

Mechanical Stage

The microscope features a large double-layer mechanical stage with low-hand controls.

Stage Specifications

Coaxial Focusing System

The KCX-129 incorporates coaxial coarse and fine focusing controls.

Focusing Specifications

Condenser System

The microscope incorporates an Abbe condenser with an iris diaphragm.

Condenser Specifications

LED Köhler Illumination System

The KCX-129 features a 3W LED illumination system with Köhler illumination.

Illumination Specifications

Body Construction and Finish

The microscope features a heavy-duty metal frame with a corrosion-resistant powder-coated finish.

Construction Specifications

Educational and Research Benefits

The KCX-129 Research Microscope Max Series supports:

• Biological specimen examination

• Microbiology laboratory observation

• Histology studies

• Blood smear observation

• Cellular morphology studies

• Tissue structure examination

• Plant cell observation

• Animal tissue microscopy

• Medical laboratory education

• Veterinary laboratory microscopy

• Pharmaceutical laboratory applications

• Biotechnology research

• Scientific laboratory training

• Quality-control microscopy

• Oil immersion microscopy

• Infinity optical system training

• Köhler illumination adjustment

• Mechanical stage operation

• High-magnification biological observation

Microscope Compatibility and Usage

The KCX-129 Research Microscope Max Series is intended for biological, educational, clinical and research laboratory applications.

The microscope should be positioned on a stable laboratory bench.

Prepared slides should be secured on the double-layer mechanical stage.

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

Observation should begin with the 4X objective.

The coaxial focusing controls should be used carefully.

The mechanical stage allows movement of the specimen during examination.

Higher-power objectives can be selected when required.

The 100X oil immersion objective should be used only with suitable immersion oil and correct laboratory procedures.

The objective should be cleaned appropriately after oil immersion use.

The microscope should be stored in a clean and dry environment.