87SR0410: Stryker Wright Medical Pro Dense Injectable Bone Graft Substitute Implant & Instrument Kit 10cc

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| Price: | $199.00 per box of 1 |
|---|---|
| Quantity: | |
| In Stock: | 1 box of 1 |
| Status: | expired |
| Express: | Need it tomorrow? Order in next 13 hours 8 minutes and choose overnight shipping at checkout. |
Additional Details
Stryker Pro Dense Injectable Bone Graft Substitute
Product Code: 87SR0410
- Implant Kit
- Instrument Kit
- 10cc
AccessGUDID Info
- FDA Product Code: MQV
- FDA Product Code Name: FILLER, BONE VOID, CALCIUM COMPOUND
- GMDN Term Code: 17751
- GMDN Term Name: Bone matrix implant, synthetic, non-antimicrobial
- GMDN Term Description: A bioabsorbable device made of synthetic material intended to be implanted into the body to provide osteoconductive bone-tissue scaffolds, and sometimes osteovascularization, to replace bone lost through trauma, surgery, or pathological conditions (e.g., osteoporosis); it does not include an antimicrobial agent(s). It may be made of ceramics (e.g., tricalcium phosphate or hydroxyapatite), bioactive glasses/minerals/metals (e.g., strontium), or bioabsorbable polymers. It is used to fill cystic defects, repair fractures, and/or extend autogenous bone grafts and is typically provided as cancellous blocks, chips, or granules of varying sizes, or mouldable/fluid materials.
Manufacturer
Stryker is a global leader in arthroscopy and sports medicine, offering a comprehensive suite of implants, instruments, biologics, and visualization systems designed to support minimally invasive joint preservation and soft tissue repair. From shoulder and knee reconstruction to hip preservation and ligament repair, Stryker’s portfolio includes trusted solutions like ReelX for knotless rotator cuff repair, Iconix all-suture anchors, and the Pivot hip system. Paired with advanced visualization platforms such as the 1688 AIM 4K camera system and integrated fluid management, Stryker helps surgeons perform precise, efficient procedures across a wide range of sports injuries and joint conditions.
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