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INTEGRATED SETS, REUSABLE, FIBER OPTIC TYPE, LED LIGHT LARYNGOSCOPE (F-3225-6)

  • All-in-One Integrated Design: Features a cohesive system for efficient setup and use in medical environments.
  • Reusable and Durable: Engineered for multiple uses, enhancing cost-effectiveness and environmental sustainability.
  • High-Quality Fiber Optics: Provides bright, clear illumination for precise laryngeal visualization.
  • Efficient LED Lighting: Ensures consistent, long-lasting light with low maintenance needs.
  • Model F-3225-6: Optimized for reliable performance and versatility, making it suitable for various clinical applications.

Original price was: ₹30,000.00.Current price is: ₹24,999.00.

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Product Overview

The Integrated Fiber Optic LED Light Laryngoscope (F-3225-6) is a sophisticated and reliable tool designed to enhance airway management. Combining advanced fiber optic technology with efficient LED lighting, this laryngoscope is built for durability and repeated use, making it an ideal choice for diverse clinical settings.

Features

  • Fiber Optic Illumination System: Utilizes cutting-edge fiber optic technology to provide a bright, well-directed light beam, improving visibility of the airway with minimal shadows and glare for accurate intubation.
  • High-Quality Reusable Construction: Crafted from robust materials, this laryngoscope is designed to withstand frequent use, offering long-term reliability and cost-efficiency for medical professionals.
  • Advanced LED Lighting: Features a powerful LED light source that delivers consistent, clear illumination with low power consumption, extending the light’s lifespan and reducing the need for frequent replacements.
  • Integrated Design: Combines the fiber optic and LED systems into a single, streamlined unit, simplifying setup and operation while enhancing overall performance and ease of maintenance.
  • Comfort-Optimized Handle: Equipped with an ergonomically designed handle that provides a secure and comfortable grip, minimizing user fatigue and improving control during prolonged procedures.
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