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McKesson™ Fiber Optic Laryngoscope Blade Miller Type | Adult
MCK-4082FMM
McKesson Brand
Respiratory
The Miller Type Laryngoscope Blade, Adult, Fiber Optic is a specialized medical instrument designed to facilitate precise and effective intubation by providing enhanced visualization of the airway. Known for its straight, rigid design, this laryngoscope blade is essential for professionals in emergency and routine clinical settings, offering a reliable solution for managing complex airway situations.
Key Features:
- Miller Type Design:
- The blade features a straight, rigid profile, characteristic of the Miller Type. This design is particularly effective for lifting the epiglottis and providing a direct view of the glottis, making it ideal for patients with difficult airways or anatomical variations.
- Fiber Optic Illumination:
- Incorporates advanced fiber optic lighting technology, ensuring bright, uniform illumination of the airway. The fiber optic system reduces shadows and enhances visibility, allowing for clearer visualization of the vocal cords and surrounding structures.
- Adult Size:
- Designed specifically for adult patients, this blade offers the appropriate size and shape for a wide range of adult anatomies. The adult size provides a balance of length and width for optimal airway management.
- High-Quality Construction:
- Constructed from durable, medical-grade materials that are resistant to corrosion and wear. The blade is built to withstand the rigors of repeated use and sterilization, ensuring long-lasting performance and reliability.
- Ergonomic Compatibility:
- Designed to be compatible with standard laryngoscope handles, the blade fits securely and operates seamlessly with both McKesson and other commonly used laryngoscope handles.
- Sterilizable:
- The blade is autoclavable and designed for easy sterilization, complying with infection control standards to maintain high levels of hygiene and safety.
- Precision Engineering:
- Engineered for smooth, controlled intubation, the Miller Type blade minimizes the risk of trauma and enhances patient comfort during procedures.
