About Cervical Spine Plates
The Cervical Spine Plates from Advin Health Care are designed to offer strong and stable fixation for cervical spine injuries and deformities. They help surgeons achieve proper vertebral alignment and maintain spinal stability during the healing process. Manufactured from corrosion-resistant, durable materials, these plates provide long-term reliability and patient safety. Compatible with standard cervical instrumentation, they are an essential solution for trauma and reconstructive spinal procedures.
Advanced Features:
- Provides stable fixation for cervical spine fractures and deformities
- High-quality biocompatible construction for strength and safety
- Ensures precise vertebral alignment during healing
- Corrosion-resistant for long-term durability
- Compatible with standard cervical spinal instrumentation
Optimized Design for Cervical StabilityOur cervical spine plates are anatomically contoured with pre-drilled screw holes, allowing surgeons to choose from 2, 3, or 4-hole configurations suited for various spinal conditions. The high-quality titanium alloy or stainless steel construction, combined with advanced CNC machining and anodized finishing, delivers both outstanding durability and a smooth, biocompatible surface.
Assured Sterility and SafetyEach plate is gamma or EO sterilized and individually packed in a sterile blister or pouch, ensuring optimal safety for surgical procedures. The single-use design helps minimize infection risks and maintains product integrity throughout its five-year shelf life. Plates should always be stored as per provided sterile packaging instructions.
High Visibility and Precise ImplantationThe metallic composition of the cervical spine plate ensures full visibility under X-ray, aiding surgeons during placement and postoperative evaluation. With a lightweight profile and high accuracy in anatomical fit, these plates simplify spinal fixation, supporting optimal surgical outcomes.
FAQs of Cervical Spine Plates:
Q: How is the cervical spine plate used during surgery?
A: The cervical spine plate is implanted to stabilize and fix the cervical vertebrae during spinal surgeries. Surgeons select the appropriate plate size and number of holes based on anatomical requirements and secure it with standard cervical screws, ensuring accurate alignment and stabilization of the spine.
Q: What sterilization methods are used for these plates?
A: Each cervical spine plate is sterilized using either Gamma radiation or Ethylene Oxide (EO) methods. Plates are then individually packaged in a sterile blister or pouch to maintain sterility until use in the operating room.
Q: When should a cervical spine plate be chosen for spinal fixation?
A: A cervical spine plate is recommended when stabilization and immobilization of cervical vertebrae are needed, such as in cases of fractures, instability, or after spinal decompression surgeries. The plate helps facilitate effective bone healing and spinal alignment.
Q: What are the benefits of using a plate made from titanium alloy or stainless steel?
A: Titanium alloy and stainless steel offer excellent biocompatibility, corrosion resistance, and strength. These materials are lightweight, durable, and safe for long-term implantation, while the metallic finish ensures visibility under X-ray imaging.
Q: Where should the plates be stored before use?
A: Cervical spine plates should be stored in their sterile packaging, in a clean, temperature-controlled environment, until they are required for surgery. This helps preserve sterility and extends shelf life up to five years.
Q: What process ensures the high fit accuracy of these implants?
A: Each spine plate is manufactured using precise CNC machining technology and features an anodized surface. The anatomically contoured design and pre-drilled screw holes help achieve a high degree of implant fit and surgical accuracy.
Q: What are the main advantages of using this cervical spine plate?
A: This plate offers several advantages: its anatomically designed for optimal fit, highly corrosion resistant, visible on X-ray, lightweight for easier implantation, and designed for single-use to mitigate infection risk. These features collectively support improved patient safety and surgical outcomes.