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1.Secure Fixation: Self-locking mechanism prevents nail back-out, ensuring stable fracture fixation and reducing the risk of implant failure.
2.Anatomical Design: Contoured shape for optimal fit within the humerus, minimizing bone canal damage and promoting bone healing.
3.Enhanced Stability: Distal and proximal locking options provide robust stabilization of fracture fragments, improving clinical outcomes.
4.Biocompatible Material: Crafted from high-grade titanium, offering exceptional strength, biocompatibility, and resistance to corrosion.
5.Efficient Insertion: Smooth surface and optimized geometry facilitate easy insertion and removal, reducing surgical time.
Code | Product name | Size |
4206.0718 | Humeral Self-lockable Intramedullary Nail | 7*180mm |
4206.0720 | Humeral Self-lockable Intramedullary Nail | 7*200mm |
4206.0722 | Humeral Self-lockable Intramedullary Nail | 7*220mm |
4206.0724 | Humeral Self-lockable Intramedullary Nail | 7*240mm |
4206.0726 | Humeral Self-lockable Intramedullary Nail | 7*260mm |
4206.0728 | Humeral Self-lockable Intramedullary Nail | 7*280mm |
4206.0918 | Humeral Self-lockable Intramedullary Nail | 7.5*180mm |
4206.0920 | Humeral Self-lockable Intramedullary Nail | 7.5*200mm |
4206.0922 | Humeral Self-lockable Intramedullary Nail | 7.5*220mm |
4206.0924 | Humeral Self-lockable Intramedullary Nail | 7.5*240mm |
4206.0926 | Humeral Self-lockable Intramedullary Nail | 7.5*260mm |
4206.0928 | Humeral Self-lockable Intramedullary Nail | 7.5*280mm |
4206.0818 | Humeral Self-lockable Intramedullary Nail | 8*180mm |
4206.0820 | Humeral Self-lockable Intramedullary Nail | 8*200mm |
4206.0822 | Humeral Self-lockable Intramedullary Nail | 8*220mm |
4206.0824 | Humeral Self-lockable Intramedullary Nail | 8*240mm |
4206.0826 | Humeral Self-lockable Intramedullary Nail | 8*260mm |
4206.0828 | Humeral Self-lockable Intramedullary Nail | 8*280mm |
Key Features and Benefits of the Humeral Self-lockable Intramedullary Nail
The Humeral Self-lockable Intramedullary Nail offers superior stability and efficiency in humeral fracture treatment. Its self-locking mechanism prevents nail back-out, ensuring reliable fixation and promoting optimal bone healing. The nail’s anatomical design minimizes bone canal damage and maximizes bone contact, accelerating the healing process. Crafted from high-grade titanium, the implant is biocompatible and corrosion-resistant, ensuring long-term performance and patient satisfaction.
Indications for Humeral Self-lockable Intramedullary Nail
The Humeral Self-lockable Intramedullary Nail is primarily indicated for the treatment of humeral fractures. Its specific applications include:
How does the Humeral Self-lockable Intramedullary Nail Works
A Humeral Self-lockable Intramedullary Nail is designed for internal fixation of humerus fractures. It is inserted into the medullary canal of the humerus, replacing the bone marrow. The nail’s self-locking mechanism, often located at its distal and proximal ends, prevents the nail from backing out once inserted. This ensures stable fixation of the bone fragments. Additional screws can be locked into the nail for further reinforcement. The nail provides structural support to the fractured bone, allowing it to heal naturally while maintaining bone alignment and stability.
FAQ
A Humeral Self-lockable Intramedullary Nail is a medical implant used in orthopedic surgery to stabilize fractures in the humerus bone. It is inserted into the hollow part of the bone and features a locking mechanism to prevent movement.
The primary purpose is to provide stable internal fixation for fractures of the humerus bone, promoting bone healing and restoring function.
The self-locking mechanism typically involves a locking screw or a tapered design that prevents the nail from backing out once inserted into the bone.
Titanium is the most common material due to its strength, biocompatibility, and resistance to corrosion.
Benefits include stable fracture fixation, reduced risk of nonunion, faster healing, and improved patient outcomes.
Yes, there are different types based on length, diameter, and locking mechanism to accommodate various fracture patterns.
Generally, the nail is removed after the fracture has healed and the bone has sufficiently consolidated. However, this decision depends on individual patient factors.
As with any surgery, there are potential risks such as infection, hardware failure, and nerve damage. However, these risks are generally low when the procedure is performed by an experienced surgeon.
Healing time varies depending on the severity of the fracture and the patient’s overall health, but it usually takes several months.
Recovery involves physical therapy to regain strength and mobility in the arm. The duration of recovery depends on the individual case.
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