The iCast system is a balloon-expandable medical device used to treat narrowing in blood vessels, specifically the iliac arteries in the pelvis and legs.
: It consists of a 316L stainless steel stent fully encapsulated in expanded polytetrafluoroethylene (ePTFE). This film-cast technology helps prevent tissue from growing through the stent and reduces the risk of vessel perforation.
: The delivery system must be flushed with sterile saline and the balloon inflation port must be pre-filled with a saline/contrast mixture.
If you are writing a piece or report based on this content, you may want to focus on these procedural highlights found in the official Instructions for Use (IFU) :
: While its primary use in the United States is for tracheobronchial strictures (holding open airways), it is widely used internationally for atherosclerotic disease in the iliac arteries.
: A specific "negative pressure" technique is used for 30 seconds to remove air bubbles before deploying the stent to ensure uniform expansion.
G60489.mp4 Today
The iCast system is a balloon-expandable medical device used to treat narrowing in blood vessels, specifically the iliac arteries in the pelvis and legs.
: It consists of a 316L stainless steel stent fully encapsulated in expanded polytetrafluoroethylene (ePTFE). This film-cast technology helps prevent tissue from growing through the stent and reduces the risk of vessel perforation. g60489.mp4
: The delivery system must be flushed with sterile saline and the balloon inflation port must be pre-filled with a saline/contrast mixture. The iCast system is a balloon-expandable medical device
If you are writing a piece or report based on this content, you may want to focus on these procedural highlights found in the official Instructions for Use (IFU) : : The delivery system must be flushed with
: While its primary use in the United States is for tracheobronchial strictures (holding open airways), it is widely used internationally for atherosclerotic disease in the iliac arteries.
: A specific "negative pressure" technique is used for 30 seconds to remove air bubbles before deploying the stent to ensure uniform expansion.