Dami Laryngeal Mask Airway

The Dami Double Lumen Laryngeal Mask Airway, developed by Dr. Xia Min, features a dual-channel drainage system to prevent aspiration risks while providing superior sealing, ventilation, and comfort, particularly for pediatric patients during anesthesia and emergency procedures.

The Dami Double Lumen Laryngeal Mask Airway (LMA) is an advanced airway management solution developed by Dr. Xia Min, a renowned anesthesiologist, in collaboration with leading experts in the field. This next-generation design addresses the inherent limitations of traditional laryngeal masks. Conventional LMAs often fail to prevent gastric reflux, which can result in aspiration and serious complications like bronchospasm and aspiration pneumonia. To combat these risks, the Dami LMA features an innovative dual-lumen drainage system that effectively mitigates aspiration, ensuring better airway protection and reducing the likelihood of critical respiratory issues. Additionally, its comfortable, ergonomic design provides superior sealing and ventilation, making it especially safe for pediatric use. With proven clinical performance, the Dami LMA sets a new standard in anesthesia and emergency airway management.

Key Features:

  1. Innovative safer structure
    • Double reflux drainage channels
  2. More comfortable design
    • Avoid nerve dense area
  3. Better sealing and ventilation
    • Clinical proved sealing and ventilation performance
  4. Specially safe for pediatric
    • Safer and comfortable for Children use

Safer structure

Dami LMA supraglottic airway designed with double channels to guide gastroesophageal reflux, reduce the drainage pressure, prevent reflux regurgitation and aspiration, furtherly avoid complications effectively.

dami lma

No.1: Back groove channel on the back of the laryngeal mask

No.2: Gastric tube channel

 

Soft Material and Slip Surface

The cuff, airway tube & inflation tube of the laryngeal mask airway are made by medical silicone material. Besides it is very soft with super smooth surface processing, less resistance and easy inserting.

 

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