About 6.5mm Cancellous Locking Screw (Full Threaded)
The 6.5mm Cancellous Locking Screw (Full Threaded) is engineered for secure fixation in cancellous bone using locking plate systems. The full threading ensures consistent engagement along the entire screw length, providing superior stability and minimizing the risk of loosening. Advin Health Care manufactures this screw with high-quality materials and precision engineering, ensuring durability and reliability in surgical procedures. It is an essential tool in trauma orthopedic care, supporting effective fracture stabilization and improved patient recovery.
Advanced Features:
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Designed for cancellous bone fixation in trauma surgeries
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Fully threaded for maximum grip and stability
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Provides stable fixation with locking plate systems
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Made from high-quality materials for surgical durability
Optimized for Cancellous Bone Fracture FixationDesigned specifically for securing bone fragments in metaphyseal regions, these 6.5mm screws deliver reliable fixation by maximizing purchase in cancellous bone. Their full-threaded, self-tapping design ensures stable and effective osteosynthesis during orthopedic procedures.
Superior Quality and Safety StandardsManufactured under ISO 13485 compliance, every screw undergoes stringent quality checks and is sterilized using either gamma radiation or autoclave methods. With individual blister packaging, sterility and product integrity are guaranteed, supporting patient safety and surgical efficacy.
Versatile Compatibility and Precision EngineeringCrafted via CNC precision machining, these screws are engineered for compatibility with leading industry-standard orthopedic locking plate systems. Available in multiple lengths (20-90mm), they are suitable for a wide spectrum of orthopedic applications, ensuring adaptable and secure fixation.
FAQs of 6.5mm Cancellous Locking Screw (Full Threaded):
Q: How is the 6.5mm Cancellous Locking Screw used in orthopedic surgery?
A: The screw is used for internal fixation to stabilize bone fragments, especially in cancellous bone regions such as the metaphyseal areas of long bones. Surgeons manually insert the screw into bone, often in conjunction with locking plates, to maintain alignment during healing.
Q: What materials are these screws made from, and are they safe for long-term implantation?
A: These screws are manufactured from medical grade stainless steel or titanium alloy, both known for their biocompatibility and strength. Designed for single-use internal fixation, they comply with ISO 13485 standards and are safe for intended orthopedic applications.
Q: When should this type of screw be selected over other orthopedic screws?
A: It should be chosen when treating fractures involving spongy (cancellous) bone, particularly where robust purchase and stable fixation are required, such as metaphyseal fractures. The full-threaded cancellous profile delivers optimal grip in less dense bone tissue.
Q: Where is this screw typically applied within the body?
A: This screw is primarily used in metaphyseal regions of long bonessuch as the proximal or distal femur, tibia, or humeruswhere cancellous bone predominates and secure fixation is crucial.
Q: What are the sterilization methods for this screw, and how is sterility maintained?
A: Each screw undergoes sterilization using gamma radiation or autoclave processes and is individually packaged in blister packs. This ensures the product remains sterile until opened in the surgical setting.
Q: How does the screws design benefit orthopedic procedures and patient outcomes?
A: The full-threaded, cancellous-specific profile delivers powerful bone grip and minimizes micro-movement. The low-profile, hex or star drive head reduces soft tissue irritation, while radiopaque material aids intraoperative imaging and postoperative evaluation.
Q: What are the storage requirements and shelf life for this product?
A: The screws should be stored in a dry, sterile environment to maintain integrity. With proper storage, each screw offers a shelf life of up to 5 years from the date of manufacture.