FREDX3522
Microvention FRED X 027 Flow Diverter Stent 3.5mm x 22mm (16mm Working Length)
Original price was: $9,999.00.$6,999.30Current price is: $6,999.30.
box of 1
In Stock: 3 Eaches
Expiration:
Expired
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The item listed above is expired and may be used for educational, training, and non-clinical research purposes only. Any product information appearing below, including the product indication statement, pertains to an in-date item only.
Description
Terumo Neuro Microvention FRED X Flow Diverter Stent
Optimized for small vessel flow diversion.
Product Code: FREDX3522
- Designed to be delivered through the 0.027” Headway™ 27 Microcatheter.
- Implant Diameter: 3.5mm
- Working Length: 16mm
- Total Length: 22mm
Additional Details
- Company Name: Microvention / Terumo Neuro
- FDA Product Code: OUT
- FDA Product Code Name: Intracranial aneurysm flow diverter
- GMDN Term Code: 46352
- GMDN Term Name: Bare-metal intracranial vascular stent
- GMDN Term Definition: A non-bioabsorbable tubular device typically intended to be implanted into the base or parent artery of an intracranial aneurysm (e.g., wide-neck aneurysm situated at the base of a bifurcation) to facilitate the delivery of embolics to fill the aneurysm, facilitate clotting within the aneurysm by slowing blood flow into it, and/or to provide support for a neurovascular embolization coil placed inside the aneurysm. It is made of uncoated metal [e.g., nickel-titanium alloy (Nitinol)] and self-expands after it is delivered to the site of implantation and released (e.g., from a dedicated delivery instrument). Disposable devices associated with implantation may be included.
Additional information
| Size | 3.50mm |
|---|---|
| Arms | N/A |
| Manufacturer | |
| Unit | box of 1 |
- FDA Product Code: OUT
- FDA Product Code Name: Intracranial aneurysm flow diverter
- GMDN Term Code: 46352
- GMDN Term Name: Bare-metal intracranial vascular stent
- GMDN Term Description: A non-bioabsorbable tubular device typically intended to be implanted into the base or parent artery of an intracranial aneurysm (e.g., wide-neck aneurysm situated at the base of a bifurcation) to facilitate the delivery of embolics to fill the aneurysm, facilitate clotting within the aneurysm by slowing blood flow into it, and/or to provide support for a neurovascular embolization coil placed inside the aneurysm. It is made of uncoated metal [e.g., nickel-titanium alloy (Nitinol)] and self-expands after it is delivered to the site of implantation and released (e.g., from a dedicated delivery instrument). Disposable devices associated with implantation may be included.
