Reinforced Silicone Laryngeal Mask Airway

Product Indications
Reinforced Silicone Laryngeal Mask Airway (LMA) is a high-end supraglottic airway device with built-in support structure. It is mainly used to establish a stable artificial airway during general anesthesia, long-duration surgeries, head and neck surgeries, and surgeries with special patient positions, providing continuous and safe ventilation support. It is widely used in operating rooms, ICUs, anesthesia departments and other scenarios requiring high-stability airways.

Core Advantages
·Medical-Grade Liquid Silicone Material
Made of high-biocompatibility medical liquid silicone, soft and skin-friendly, with minimal irritation to the pharyngeal and laryngeal mucosa, well-tolerated by patients. It can withstand autoclaving for repeated use with high cost-performance.
·Built-in Reinforced Support, Kink & Collapse Resistant
The tube is embedded with a spiral reinforced support (steel wire), which is not easy to bend, collapse or deform during operation, ensuring unobstructed airway and greatly improved ventilation stability.
·Excellent Sealing & Reliable Ventilation
The cuff fits the anatomical structure of the human throat, with strong sealing performance and low air leakage rate, meeting the high airway pressure requirements of positive pressure ventilation and laparoscopic surgery.
·Suitable for Complex Surgeries & Special Positions
Stable in structure, it maintains good ventilation even in special positions such as head retroversion, lateral position, head and neck surgery, with a wider range of applications.
·High Clinical Versatility & Easy Operation
Standardized specifications, simple insertion and removal, fully compatible with mainstream anesthesia machines and ventilators, meeting clinical needs of hospitals at all levels.

Scope of Application
Suitable for long-duration surgical anesthesia ventilation, special-position surgeries (head & neck, laparoscopy, orthopedics), long-term airway management in ICU, and clinical ventilation scenarios with high requirements for airway stability.