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Carl Zeiss OPMI NC4 Neurosurgical Microscope
$0.00
Product Overview
The Carl Zeiss OPMI NC4 Neurosurgical Microscope is a world-class surgical visualization system designed for neurosurgery, spinal surgery, and microsurgical applications. Renowned for its exceptional optical precision, ergonomic flexibility, and stable performance, the OPMI NC4 provides surgeons with unparalleled clarity and depth perception, ensuring accurate and safe surgical outcomes in every procedure.
Key Features
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Apochromatic optics deliver crystal-clear, high-resolution visualization
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Magnification range from 1x to 12x for detailed microsurgical work
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Motorized zoom and focus control for smooth operation
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X-Y coupling enables precise positioning during surgery
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Halogen or Xenon illumination for bright, shadow-free lighting
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Ergonomic suspension arm for effortless maneuverability
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Integrated video and camera compatibility for surgical recording
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Advanced depth of field and red reflex visualization
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Modular design adaptable to neurosurgery and spine surgery
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Built with Zeiss precision engineering for long-lasting reliability
Technical Specifications
| Specification | Details |
|---|---|
| Model | Carl Zeiss OPMI NC4 |
| Type | Neurosurgical Operating Microscope |
| Optical System | Apochromatic Zeiss Optics |
| Magnification Range | 1x – 12x |
| Focus | Motorized with Fine Control |
| Illumination | Xenon / Halogen Dual Source |
| Working Distance | 200 – 450 mm |
| Eyepieces | 10x / 12.5x Widefield |
| Field of View | 14 – 200 mm |
| Mounting Type | Ceiling or Floor Stand |
| Control | Footswitch & Handgrip |
| Video Integration | HD Camera Compatible |
| Power Supply | 100–240V AC, 50/60Hz |
| Weight | 350 lbs (Approx.) |
| Vendor | Carl Zeiss Meditec AG |
The Carl Zeiss OPMI NC4 Neurosurgical Microscope offers exceptional optical performance, smooth motorized control, and brilliant illumination for neurosurgery and spinal procedures. Designed by Zeiss Meditec, it ensures maximum surgical precision, visual clarity, and operator comfort for advanced microsurgery.