Posterior Laminar Plate Long Double Hole | Titanium
+ Description
The Posterior Laminar Plate – Long Double Hole is a posterior spinal implant used to secure the lamina in spinal stabilization procedures. Fabricated from medical-grade titanium alloy (Ti6Al4V ELI), this plate features elongated double holes that enable versatile screw positioning and extended fixation along the lamina. It is especially useful in multilevel posterior reconstructions, trauma cases, or where laminar fixation is preferred over pedicle or lateral mass techniques.
+ Indications
- Posterior cervical or upper thoracic spine stabilization
- Direct laminar fixation in trauma, deformity, or tumor cases
- Ideal when lateral mass or pedicle fixation is not feasible
- Suitable for revision surgeries with compromised fixation points
- Multilevel posterior reconstruction requiring extended fixation
- Used as part of a posterior fixation system in combination with rods or connectors
- Facilitates stable reconstruction following laminectomy, laminar fractures, or posterior tumor resections
+ Key Features
- Long Double Hole Design : Provides extended coverage and flexible screw positioning for better adaptation to varying anatomy.
- Medical-Grade Titanium (Ti6Al4V ELI) : Offers excellent biocompatibility, corrosion resistance, and strength with MRI compatibility.
- Low-Profile and Anatomical Contour : Designed to reduce tissue irritation and ensure better postoperative comfort.
- Secure Laminar Fixation : Enhances grip on the lamina for reliable stabilization in both primary and revision surgeries.
- Versatile Sizing Options : Available in different lengths and hole configurations for single or multilevel procedures.
- ISO 13485 & CE Certified : Manufactured to meet global regulatory and safety standards.
Product Ordering
| CAT |
|---|
| 6083TI01 |
For More
- Explore our full range of trauma implants for optimal surgical outcomes
- Explore our full range of trauma implants for optimal surgical outcomes.
- Learn more about clavicle fractures and their treatment from the American Academy of Orthopaedic Surgeons