72200134
Smith & Nephew XTEndobutton 5.5mm x 20mm
$205.00
box of 1
In Stock: 1 Each
Expiration:
In-Date
Express: Need it tomorrow? Order in next 2 hours 8 minutes and choose overnight shipping at checkout.
Medtronic Chromic Gut 30" BP-27 blunt point
$0.50 packets
Medtronic Biosyn violet 30" CV-23 taper
$1.00 packets
Medtronic Surgipro blue 36" V-20 taper, double armed
$9.00 packets
Medtronic Chromic Gut 30" GS-22 taper
$1.00 packets
Medtronic Polysorb undyed 30" GS-10 Heavy Body Reverse Cutting
$36.00 box of 36
Medtronic Biosyn undyed 27" GS-21 taper
$159.50 box of 36
Medtronic Biosyn undyed 36" GS-25 taper
$1.75 packets
Medtronic Surgipro blue 60" GS-26 taper
$2.25 packets
Description
Smith & Nephew XTENDOBUTTON Fixation Device
The Smith & Nephew XTENDOBUTTON Fixation Device, used in conjunction with any Smith & Nephew ENDOBUTTON device, allows a 6 to 10 mm area of the femoral tunnel to be covered. In addition to providing an effective solution for cortical blowouts, this fixation device offers a variety of benefits:
May reduced surgical time – reconstruction procedures using the XTENDOBUTTON Fixation Device only require one primary drill that can be used for the entire distance of the femoral tunnel.
Additional options for revision procedures – adaptable to a variety of possible intraoperative complications seen in revision cases.
Low profile fixation for pediatric cases.
Additional information
| Size | 1 |
|---|---|
| Arms | N/A |
| Manufacturer | |
| Unit | box of 1 |
- FDA Product Code: KGS
- FDA Product Code Name: Retention Device, Suture
- GMDN Term Code: 45062
- GMDN Term Name: Tendon/ligament bone anchor, non-bioabsorbable
- GMDN Term Description: A non-bioabsorbable device designed to be implanted into bone for the attachment of tendons/ligaments/soft tissues either directly or via a suture attached to the device; typically used in arthroscopic or open surgical procedures. This device is available in various designs and sizes and is made of a material that cannot be chemically degraded or absorbed via natural body processes [e.g., titanium (Ti)].
