Surgical Microscope Dlx M03

The DLX - M03 Surgical Microscope is a high-precision optical instrument designed for advanced surgical applications. It features a fiber-optic coaxial illumination system, providing bright, shadow-free, magnified images with exceptional clarity. The microscope allows variable magnification, adjustable working distance, and integration for teaching and imaging purposes, making it highly versatile across multiple medical fields.

Applications: ENT Surgery, Ophthalmology, Gynecology, Orthopaedics, Neurosurgery, Dental Surgery.

Main Technical Parameters:
Filter: Yellow - Green
Observation Unit: Straight binocular (F = 87 mm), 6x
Objective Focal Lengths: 0.6x, 1x, 1.6x
Fine Focusing Range: 10 mm
Output Voltage: 110 V or 220 V (switchable)
Imaging Support: Compatible with Beam Splitter - CCD Camera

Types of Surgical Microscopes: Mobile (on casters), Wall-mounted, Table-top, Ceiling-mounted.

Working Distance: Usable optical working distance ranges from 200 mm to 625 mm. Some models like Mitaka MM90 achieve a minimal working distance of 470 mm (from eyepiece to surgical field).

General Information:
A microscope is a scientific instrument used to observe minute structures invisible to the naked eye. By using lenses and illumination, it provides enlarged, detailed, and high-resolution images.

10 Key Points About Microscopes:

1. Magnification - Enlarges fine details for better observation.

2. Resolution - Ability to clearly distinguish closely spaced objects.

3. Types - Optical, electron, and stereo microscopes.

4. Optical Microscope - Uses visible light and lenses.

5. Electron Microscope - Employs electron beams for ultra-high resolution.

6. Stereo Microscope - Provides 3D viewing for surface studies.

7. Main Parts - Eyepiece, objective lens, stage, and light source.

8. Magnification Power - Achieved through eyepiece + objective lens combination.

9. Applications - Medicine, biology, material analysis, and research.

10. Historical Impact - Revolutionized science by opening the microscopic world.