SURGICAL OPTHALMIC MICROSCOPE KCX-210

Contact our team for a detailed product description.

• 1. Surgical Ophthalmic Microscope Configuration
• The KCX-210 Surgical Ophthalmic Microscope is presented as a binocular operating microscope configuration for magnified observation.
• 2. Binocular Viewing System
• The microscope features binocular optical viewing for examination through both eyes.
• 3. Ergonomic Observation Head
• The reference specifies a 0°–180° ergonomic binocular head.
• 4. Adjustable Viewing Position
• The ergonomic head configuration supports adjustment of the viewing angle.
• 5. 12.5X Wide-Field Eyepieces
• The reference includes 12.5X wide-field eyepieces.
• 6. Optional 15X Eyepieces
• The reference identifies 15X wide-field eyepieces as an optional configuration.
• 7. 16 mm Eyepiece Field Specification
• The reference lists a 16 mm field specification for the eyepieces.
• 8. Diopter Adjustment
• The microscope reference includes ocular diopter adjustment, with the stated adjustment units requiring confirmation.
• 9. Three-Step Magnification Option
• One specified configuration provides three magnification settings: 5X, 10X and 20X.
• 10. Five-Step Magnification Option
• An alternative magnification changer offers settings of 0.4X, 0.6X, 1.0X, 1.6X and 2.5X.
• 11. Multiple Magnification Configurations
• The reference provides alternative optical magnification arrangements.
• 12. F-250 mm Objective Lens
• The microscope reference specifies a 250 mm objective lens.
• 13. Nominal 250 mm Working Distance
• The reference configuration provides a nominal working distance of 250 mm.
• 14. Adjustable Interpupillary Distance
• The binocular viewing system provides a specified interpupillary adjustment range of 55–75 mm.
• 15. Manual Fine Focusing
• The reference includes a manual fine-focusing system.
• 16. Precision Focus Adjustment
• The fine-focusing arrangement supports controlled adjustment of the observed image.
• 17. Mobile Floor Stand
• The supplied image shows a floor-standing microscope arrangement.
• 18. Articulated Support Arm
• The image shows an articulated arm supporting the microscope head.
• 19. Flexible Microscope Positioning
• The articulated-arm arrangement is intended to allow repositioning of the microscope head.
• 20. Wheeled Stand Base
• The supplied image shows wheels at the base of the microscope stand.
• 21. Floor-Standing Construction
• The microscope is illustrated with a tall vertical support column.
• 22. Metal Body Construction
• The reference specifies a metal body.
• 23. White Exterior Finish
• The reference identifies white as the microscope's exterior colour.
• 24. Monitor Arrangement
• A display monitor is visible in the supplied image.
• 25. Foot-Control Pedals
• The supplied image shows two floor pedals connected to the microscope arrangement.
• 26. Foot-Control Interface
• The reference lists foot-pedal control, although the controlled functions are not specified.
• 27. Ophthalmic Observation Category
• The KCX-210 is intended to be presented within the ophthalmic operating microscope category.
• 28. Magnified Surgical Field Viewing
• The binocular optical system is intended to support magnified observation of a working area.
• 29. Microsurgical Training Applications
• The proposed configuration may be evaluated for supervised microsurgical training.
• 30. Ophthalmic Education
• The microscope may be considered for ophthalmic educational demonstrations, subject to suitable configuration.
• 31. Eye Anatomy Demonstrations
• The system may support suitable ophthalmic anatomy demonstrations using teaching models.
• 32. Laboratory Optical Observation
• The microscope may be used for appropriate non-clinical magnified observation tasks.
• 33. Magnification Selection
• The magnification changer allows selection of the available optical settings.
• 34. Adjustable Working Position
• The support arm is designed to facilitate positioning of the microscope over a work area.
• 35. Binocular Optical Alignment
• The interpupillary adjustment allows the eyepieces to be positioned for the observer.
• 36. Ergonomic Observation Arrangement
• The adjustable binocular head supports different viewing positions.
• 37. Operating Microscope Training
• The microscope may support instruction in the basic handling of operating microscopes.
• 38. Precision Instrument Observation
• The microscope can be considered for suitable magnified inspection of small instruments and components.
• 39. Modular Reference Configuration
• The reference identifies alternative eyepiece and magnification-changer options.
• 40. KC Scientific Works Surgical Microscope
• The KCX-210 Surgical Ophthalmic Microscope is presented under the KC SCIENTIFIC WORKS surgical microscope product range.

The Surgical Ophthalmic Microscope KCX-210 is intended to provide magnified binocular observation of small structures and working areas.

The ergonomic binocular viewing head supports adjustment of the observer's viewing position.

The wide-field eyepieces provide direct optical observation.

The magnification changer allows the operator to select among the available optical settings.

The 250 mm objective lens establishes the reference working-distance configuration.

The manual fine-focusing mechanism supports adjustment of image sharpness.

The articulated support arm allows the microscope head to be positioned over the observation area.

The mobile floor stand provides a wheeled support arrangement.

The monitor and foot-control pedals shown in the supplied image suggest additional viewing and control capabilities, but their specific functions are not established by the supplied technical specifications.

For ophthalmic clinical procedures, suitability must be verified through appropriate technical documentation, ophthalmic illumination specifications, risk assessment and medical-device compliance.

Applications

1. Ophthalmic Microscope Training

The KCX-210 may support supervised education in operating microscope handling.

2. Ophthalmic Anatomy Demonstrations

The microscope may be used for observation of suitable eye anatomy models.

3. Microsurgical Skills Training

The proposed configuration may be evaluated for magnified observation during non-clinical skills training.

4. Medical College Demonstrations

The microscope may support educational demonstrations of operating microscope components.

5. Surgical Instrument Familiarization

The KCX-210 may be used to demonstrate microscope positioning and optical controls.

6. Binocular Microscope Education

The system supports instruction in binocular viewing arrangements.

7. Magnification Changer Demonstrations

The microscope can be used to demonstrate selectable optical magnification settings.

8. Fine-Focusing Training

The KCX-210 supports instruction in manual fine-focus adjustment.

9. Ergonomic Viewing Demonstrations

The adjustable observation head supports teaching about viewing posture.

10. Medical Equipment Training

The microscope may support familiarization with floor-standing optical equipment.

11. Ophthalmic Research Training

The proposed configuration may be evaluated for suitable non-clinical research activities.

12. Laboratory Optical Inspection

The microscope may support appropriate magnified observation of laboratory specimens.

13. Precision Component Inspection

The optical system may be used for inspection of suitable small components.

14. Surgical Equipment Demonstrations

The KCX-210 may be used to demonstrate operating microscope setup.

15. Medical Technology Education

The microscope may support educational instruction in optical medical equipment.

16. Clinical Simulation Laboratories

The proposed configuration may be evaluated for simulation-based training.

17. Microscope Positioning Exercises

The articulated arm supports demonstrations of microscope head positioning.

18. Working-Distance Demonstrations

The microscope can be used to illustrate the relationship between objective focal length and working distance.

19. Optical Observation Documentation

Digital observation may be possible if a compatible camera and functioning display system are confirmed.

20. Ophthalmic Equipment Familiarization

The KCX-210 may support basic training in the operation and adjustment of surgical-style microscopes.

Typical Observation and Training Uses

Working Principle

The Surgical Ophthalmic Microscope KCX-210 uses an optical magnification system to provide an enlarged view of the observation area.

The objective lens collects light from the specimen or working field.

The optical system forms an image that is observed through the binocular eyepieces.

The magnification changer modifies the optical magnification according to the selected setting.

The interpupillary adjustment allows the viewing tubes to be positioned for the observer.

The diopter adjustment compensates for differences in ocular focus, subject to the confirmed adjustment specification.

The manual fine-focusing system allows image sharpness to be adjusted.

The articulated arm supports positioning of the microscope head over the required observation area.

The reference image also shows a monitor and foot pedals, but the imaging path and pedal functions are not specified.

An appropriate ophthalmic illumination system is essential for clinical application; no such system has been technically documented in the supplied reference.

Basic Observation Procedure

The following is a non-clinical setup and demonstration procedure, not a surgical operating protocol.

1. Position the Stand: Place the microscope on a stable, level surface.

2. Secure the Base: Engage the wheel locks if fitted.

3. Inspect the Equipment: Check the visible stand, arm and optical head for damage.

4. Check the Configuration: Confirm the installed eyepieces, objective and magnification changer.

5. Prepare a Training Model: Position a suitable non-clinical observation target.

6. Adjust the Support Arm: Move the microscope head over the target.

7. Set the Viewing Head: Adjust the ergonomic binocular head.

8. Adjust Interpupillary Distance: Set the eyepiece spacing for comfortable binocular viewing.

9. Select Magnification: Begin with an appropriate low magnification.

10. Provide Suitable Lighting: Use a verified, appropriate illumination arrangement.

11. Focus the Image: Adjust the manual fine-focusing control.

12. Observe the Target: Examine the visible features.

13. Change Magnification: Select another supported setting if required.

14. Readjust Focus: Refine the image after magnification changes.

15. Document Observations: Record the results of the demonstration.

16. Return to Storage Position: Secure the articulated arm and equipment after use.

Magnification System

The supplied reference contains two alternative magnification-changer configurations.

Option A: Three-Step Magnification Changer

The reference does not establish whether these values represent final system magnification or magnification-changer values.

Option B: Five-Step Magnification Changer

These values are listed as changer factors, not verified final system magnifications.

Final magnification depends on the optical system, including the eyepiece, objective and any intermediate optical factors.

The supplied reference does not provide enough information to calculate the final magnification range of the five-step configuration reliably.

Binocular Viewing System

The diopter adjustment is reproduced from the reference, but diopter adjustment is conventionally specified in diopters rather than millimetres. The unit requires verification.

Objective Lens and Working Distance

Manual Fine-Focusing System

Mobile Stand and Articulated Arm

The supplied image shows a mobile floor stand supporting the microscope head.

Monitor and Imaging Arrangement

A monitor is visible in the supplied image.

The presence of a monitor does not independently establish the supplied camera, recording or display capabilities.

Foot-Control System

The reference identifies a foot-control pedal, and two pedals are visible in the image.

Ophthalmic Illumination and Clinical Verification

The supplied reference does not specify an ophthalmic illumination system.

Before KCX-210 is described as suitable for clinical ophthalmic surgery, the following should be documented:

• Illumination source and intensity

• Coaxial or other ophthalmic illumination configuration

• Red-reflex capability, if required for intended procedures

• Retinal light-exposure safety characteristics

• Illumination adjustment and filtering

• Optical resolution and field of view

• Stand stability and mechanical safety

• Electrical safety and electromagnetic compatibility

• Medical-device regulatory status

• Intended clinical procedures and validated operating conditions

These capabilities are not confirmed features of the supplied KCX-210 reference.

Educational and Laboratory Benefits

The proposed KCX-210 Surgical Ophthalmic Microscope configuration may support:

• Binocular optical observation

• Microscope handling education

• Ophthalmic anatomy demonstrations

• Non-clinical microsurgical training

• Magnification changer demonstrations

• Fine-focusing practice

• Ergonomic viewing instruction

• Working-distance demonstrations

• Articulated-arm positioning exercises

• Medical equipment familiarization

• Clinical simulation laboratory activities

• Optical instrument inspection

• Precision component observation

• Laboratory equipment demonstrations

• Ophthalmic education programs

Product Configuration and Compatibility

The KCX-210 reference identifies binocular viewing, a 250 mm objective, alternative magnification changers and manual fine focusing.

The supplied image additionally shows a floor stand, articulated arm, monitor and foot pedals.

Camera compatibility, imaging functionality, ophthalmic illumination, motorized operation and medical-device certification remain unverified.

For procurement, a final model-specific technical datasheet should identify the exact supplied optical configuration and accessories.