The Hinged Titanium Laminoplasty Plate System is designed for cervical laminoplasty, particularly open-door procedures requiring support and stability of the hinge side.
The system consists of Grade 3 pure titanium plates and Ti6Al4V alloy screws, providing biocompatibility and mechanical strength.
The hinged plate helps maintain laminar stability, prevent postoperative reclosure of the spinal canal, and support early mobilization and functional recovery.
• Made of Grade 3 pure titanium plates and Ti6Al4V screws for strength and corrosion resistance.
• Designed for open-door laminoplasty involving multilevel spinal cord or nerve root compression.
• Pre-contoured and pre-trimmed design simplifies surgical application.
• Designed to preserve cervical mobility while helping minimize postoperative axial neck pain.
• Adaptable to different bone anatomies and hinge reconstruction requirements.
• Effective Decompression: Helps maintain the expanded spinal canal and reduce the risk of hinge collapse and restenosis.
• Immediate Stability: Provides stable fixation after surgery and supports early cervical mobilization.
• Motion Preservation: Avoids rigid fusion while preserving cervical motion segments.
• Simplified Surgical Technique: The pre-bent hinged design reduces intraoperative adjustment and surgical time.
The Hinged Titanium Plate is intended for laminoplasty from the lower cervical spine to the upper thoracic region, particularly when spinal canal expansion is required while maintaining cervical alignment.
• Post-laminectomy reconstruction of the lower cervical or upper thoracic spine
• Multilevel ossification of the posterior longitudinal ligament (OPLL) with maintained cervical lordosis
• Congenital cervical spinal stenosis with preserved sagittal alignment
• Cervical spondylotic myelopathy
• Hypertrophic ligamentous compression posterior to the spinal cord with preserved lordosis
| Model Number | Spec. (mm) |
|---|---|
| 1080301 | 2.5 |
