✨ New Arrivals Just Dropped!Explore
EA/1 - 16 French Duckbill Voice Prosthesis, 18mm
Inhealth Tech Blom-Singer® Duckbill Indwelling Voice Prosthesis 16Fr, 18mm L, One-way Flapper Valve
The Duckbill is a 16Fr silicone, one-way slit valve prosthesis designed for placement in a passage between the trachea and the esophagus for voice restoration following laryngectomy. The one-way valve of the Duckbill protects the airway during swallowing and opens under positive pressure so that air crosses into the esophagus to produce voice.
The Duckbill is a 16Fr silicone, one-way slit valve prosthesis designed for placement in a passage between the trachea and the esophagus for voice restoration following laryngectomy. The one-way valve of the Duckbill protects the airway during swallowing and opens under positive pressure so that air crosses into the esophagus to produce voice.
- The Duckbill is a patient-maintained device; the patient may insert, remove and clean the device independently.
$28.89
Original: $82.55
-65%EA/1 - 16 French Duckbill Voice Prosthesis, 18mm—
$82.55
$28.89Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Inhealth Tech Blom-Singer® Duckbill Indwelling Voice Prosthesis 16Fr, 18mm L, One-way Flapper Valve
The Duckbill is a 16Fr silicone, one-way slit valve prosthesis designed for placement in a passage between the trachea and the esophagus for voice restoration following laryngectomy. The one-way valve of the Duckbill protects the airway during swallowing and opens under positive pressure so that air crosses into the esophagus to produce voice.
The Duckbill is a 16Fr silicone, one-way slit valve prosthesis designed for placement in a passage between the trachea and the esophagus for voice restoration following laryngectomy. The one-way valve of the Duckbill protects the airway during swallowing and opens under positive pressure so that air crosses into the esophagus to produce voice.
- The Duckbill is a patient-maintained device; the patient may insert, remove and clean the device independently.
