MatriSpine® Cortical Cervical Spacer
Matrispine®
Solid, one piece cortical implant designed to provide biomechanical strength for ACDF procedures
*For International Use Only
- Solid, one piece cortical construction designed to provide biomechanical strength
- Central void allows for physician preferred osteoinductive filler
- Textured surface designed to reduce migration
- Available in both parallel and lordotic configurations to better match patient anatomy
- Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6, without compromising the implant’s inherent osteoconductive properties
- Freeze-dried for ambient temperature storage
- Uniform dimensions
Clinical Application
Anterior Cervical Discectomy and Fusion
| Description | Sizing | |
|---|---|---|
| CS5LOR | 11.5 mm Anterior-Posterior Length | 14.5 Medial-Lateral Width | 7° Lordosis | 5mm |
| CS5PAR | 11.5 mm Anterior-Posterior Length | 14.5 Medial-Lateral Width | Parallel | 5mm |
| CS6LOR | 11.5 mm Anterior-Posterior Length | 14.5 Medial-Lateral Width | 7° Lordosis | 6mm |
| CS6PAR | 11.5 mm Anterior-Posterior Length | 14.5 Medial-Lateral Width | Parallel | 6mm |
| CS7LOR | 11.5 mm Anterior-Posterior Length | 14.5 Medial-Lateral Width | 7° Lordosis | 7mm |
| CS7PAR | 11.5 mm Anterior-Posterior Length | 14.5 Medial-Lateral Width | Parallel | 7mm |
| CS8LOR | 11.5 mm Anterior-Posterior Length | 14.5 Medial-Lateral Width | 7° Lordosis | 8mm |
| CS8PAR | 11.5 mm Anterior-Posterior Length | 14.5 Medial-Lateral Width | Parallel | 8mm |
| CS9LOR | 11.5 mm Anterior-Posterior Length | 14.5 Medial-Lateral Width | 7° Lordosis | 9mm |
| CS9PAR | 11.5 mm Anterior-Posterior Length | 14.5 Medial-Lateral Width | Parallel | 9mm |
| CS10LOR | 11.5 mm Anterior-Posterior Length | 14.5 Medial-Lateral Width | 7° Lordosis | 10mm |
| CS10PAR | 11.5 mm Anterior-Posterior Length | 14.5 Medial-Lateral Width | Parallel | 10mm |
References
Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief.