Description

Reusable Airway Silicone Anesthesia Mask (Rounded)

Reusable Airway Silicone Anesthesia Mask is designed to provide superior comfort and a secure seal, essential for effective ventilation in medical procedures. With its soft silicone cushion, the mask ensures a snug fit and minimizes the risk of air leaks. Additionally, its ergonomic shape enhances air circulation, making it an ideal choice for various clinical settings.

Key Features of Reusable Airway Silicone Anesthesia Mask

• Soft Silicone Cushion: The mask incorporates a soft silicone cushion that conforms to the patient’s face. This design feature ensures a secure seal, effectively preventing air leaks and improving ventilation performance.
• Ergonomic Design: The mask’s ergonomic shape is carefully crafted to reduce dead space and optimize airflow. As a result, it enhances patient comfort and ensures efficient ventilation during medical procedures.
• Medical-Grade Silicone: Constructed from 100% clear, medical-grade silicone, this mask is both latex-free and durable. The transparency of the material allows healthcare professionals to easily monitor the patient’s airway, which is crucial for effective management.
• Reusable and Autoclavable: Moreover, the mask can be sterilized at temperatures up to 134°C. This autoclavable feature not only maintains high hygiene standards but also allows for repeated use, making it a cost-effective choice.

Available Sizes for Reusable Airway Silicone Anesthesia Mask

• Part No: LN13MR-303100 – Size 0# Neonate, Connector: 15mm OD
• Part No: LN13MR-303101 – Size 1# Infant, Connector: 15mm OD
• Part No: LN13MR-303102 – Size 2# Child, Connector: 22mm OD

Benefits

It is available in multiple sizes to accommodate various patient needs, ranging from neonates to children. By offering different sizes, the mask ensures that medical professionals can select the most appropriate fit for each patient. Furthermore, the mask’s durability and ease of maintenance significantly contribute to its overall value in medical settings.

Conclusion

In summary, it exemplifies advanced medical design through its combination of comfort, functionality, and durability. Its thoughtful construction and adherence to high hygiene standards make it a reliable tool for airway management. Consequently, healthcare providers can benefit from a dependable solution that supports effective ventilation and optimal patient care.