Zilver Flex 35 Biliary Self-Expanding Stent

Zilver Flex 35 Biliary Self-Expanding Stent

Zilver 635 Biliary Stent

Zilver 635 Biliary Stent

Zilver 635 Biliary Stent

Zilver 635 Biliary Stent, Expandable Metal Biliary Stent System

Zilver 635 Biliary Stent, Expandable Metal Biliary Stent System

Zilver 635 Biliary Stent, Expandable Metal Biliary Stent System

Zilver 635 Biliary Stent, Expandable Metal Biliary Stent System

Zilver 635 Biliary Stent, Expandable Metal Biliary Stent System

Zilver 635 Biliary Stent, Expandable Metal Biliary Stent System

Zilver 635 Biliary Stent, Expandable Metal Biliary Stent System

Zilver 635 Biliary Stent, Expandable Metal Biliary Stent System

Zilver 635 Biliary Stent, Expandable Metal Biliary Stent System

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous drainage of abscess fluid, nephrostomy, urinary, pleural empyemas, lung abscesses, and mediastinal collections. "The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (5F~16F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D105/D107/D110/D112/D130 (Direct Access) or D120 (Seldinger Type) depending on the method used to provide access."

The catheter is designed for percutaneous biliary drainage. The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (8F~14F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D140 or D145 (with or without locking pigtail).

The catheter is designed for percutaneous biliary drainage. The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (8F~14F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D140 or D145 (with or without locking pigtail).

The catheter is designed for percutaneous biliary drainage. The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (8F~14F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D140 or D145 (with or without locking pigtail).

The catheter is designed for percutaneous biliary drainage. The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (8F~14F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D140 or D145 (with or without locking pigtail).

The catheter is designed for percutaneous biliary drainage. The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (8F~14F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D140 or D145 (with or without locking pigtail).

The catheter is designed for percutaneous biliary drainage. The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (8F~14F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D140 or D145 (with or without locking pigtail).

The catheter is designed for percutaneous biliary drainage. The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (8F~14F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D140 or D145 (with or without locking pigtail).

The catheter is designed for percutaneous biliary drainage. The operator can use different drainage sets according to the type of accumulated fluid and place of accumulation. These kits are classified according to the catheter size (8F~14F pertaining to various fluid viscosity) and according to the position of the accumulation. The operator can choose either D140 or D145 (with or without locking pigtail).