SK Surgicals Titanium Mini Bone Plates Orbital Continuous - 1.5mm
SK Surgicals Titanium Mini Bone Plates Orbital Continuous - 1.5mm
Designed for craniomaxillofacial surgeries, these titanium mini bone plates offer strength, precision, and biocompatibility. The continuous design adapts to orbital contours, with hole options from 4 to 10 for customizable fixation. At 1.5mm thick, they provide stability while minimizing tissue disruption and adhere to single-patient use standards. Ideal for effective orbital fracture treatment and reconstruction.
In stock
SKU
SBSK08428
SK Surgicals Titanium Mini Bone Plates Orbital Continuous - 1.5mm is available to buy in increments of 1
Contact us for sales assistance from our Biomedical Engineer.
Features:
- Seamless Design: Continuous plate design enhances adaptability to orbital contours during surgeries.
- Premium Titanium: Made from high-grade titanium for durability and biocompatibility.
- Multiple Hole Options (4 to 10): Offers flexibility with various hole options for optimal fixation.
- Ideal Thickness (1.5mm): Provides the right balance of strength and minimal tissue disruption.
- Wide Surgical Application: Suitable for treating a range of orbital fractures and reconstructions.
- Single-Use Standard: Designed for single-patient use to maintain hygiene and reduce infection risks.
- Trusted by Surgeons: A dependable choice for managing orbital fractures and reconstructions.
| Technical Specification |
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- 1 x Mini Bone Plate Orbital
- Preparation: Create a sterile surgical environment and assemble the necessary instruments for the procedure.
- Plate Selection: Choose the continuous orbital plate based on the surgical plan and patient anatomy.
- Anatomical Placement: Carefully position the plate along the orbital contour, aligning it to the surgical requirements.
- Hole Configuration: Select the appropriate hole configuration (4 to 10) to achieve optimal fixation.
- Secure Fixation: Secure the plate in place using the recommended screws through the selected plate holes, ensuring stable fixation.
- Continuous Adaptation: Utilize the continuous design to adapt the plate precisely to the unique contours of the orbital region.
- Fracture or Reconstruction Stabilization: Utilize the plate to stabilize fractures or assist in orbital reconstructions with precision.
- Radiographic Verification: Conduct postoperative radiographic assessments to verify the accurate placement and stability of the orbital plate.
- Single-Patient Use: Adhere to single-patient use standards to maintain hygiene and minimize infection risks
