PCO9X
Medtronic Parietex Optimized Composite Mesh: 9cm Round
$29.00
box of 1
Out of stock
Expiration:
Expired
Express: Need it tomorrow? Order in next 2 hours 8 minutes and choose overnight shipping at checkout.
We currently do not have this item in stock, but we can email you as soon as it is available!
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.
Nurolon black 8 x 18" FSL cutting, CR/8 (8 sutures per packet)
$220.00 box of 12
Medtronic TiCron blue 30" CV-331 taper, double armed
$8.00 packets
Gore-Tex 30" TTc-12 taper, double armed
$120.00 box of 12
Medtronic Polysorb violet 30" CV-25 taper
$4.00 packets
Description
Medtronic Parietex™ Optimized Composite (PCOx) Mesh
Based on the proven performance of original PCO, PCOx is the next generation of Parietex™ Composite mesh. It is engineered to better address surgeon and patient needs in laparoscopic ventral hernia repair. The new design incorporates a more resistant barrier and a proprietary textile design with better visibility and increased strength.
Parietex™ Optimized Composite mesh promotes rapid abdominal wall integration, minimizes visceral attachments and facilitates strong tack fixation.
Additional information
| Size | 1 |
|---|---|
| Arms | N/A |
| Manufacturer | |
| Unit | box of 1 |
- FDA Product Code: FTL
- FDA Product Code Name: Mesh, surgical, polymeric
- GMDN Term Code: 44756
- GMDN Term Name: Extra-gynaecological surgical mesh, composite-polymer
- GMDN Term Description: A partially-bioabsorbable, implantable material (e.g., flat sheet) made of two or more polymers that includes a bioabsorbable polymer [e.g., polyglycolic acid (PGA)] and a non-bioabsorbable polymer [e.g., polyethylene (PE)] intended for extra-gynaecological, non-dental tissue repair/reinforcement application(s) [e.g., pericardial reinforcement, plastic surgery, abdominal hernia repair]. It may also be intended as a short-term scaffold for tissue regeneration. Disposable devices associated with implantation may be supplied with the mesh.
