The Femoral Proximal Hook Locking Screw is meticulously crafted with advanced manufacturing techniques to ensure optimal strength, biocompatibility, and accuracy. Its precise dimensions and thread pitch guarantee secure fixation within the bone.
Featuring a superior locking mechanism, the screw provides exceptional stability and prevents loosening. This crucial feature enhances implant longevity and minimizes the risk of implant failure.
The screw’s thread design is optimized for bone purchase, promoting rapid osseointegration and solid implant-bone interface. This design enhances fracture healing and reduces the likelihood of complications.
Constructed from high-quality, biocompatible materials, the screw is gentle on surrounding tissues, minimizing inflammation and promoting a favorable healing environment.
Designed for compatibility with various Femoral Proximal Hook Locking Plates, the screw offers flexibility in surgical planning and accommodates diverse fracture patterns.
| Code | Product name | Size | Related Screws |
| 4213.8750 | Femoral Proximal Hook Locking Screw | 3.5/5.0mm | / |
The Femoral Proximal Hook Locking Screw is a critical component in the stabilization of proximal femur fractures. Designed to complement the Femoral Proximal Hook Locking Plate, this screw offers exceptional strength, reliability, and biocompatibility. Its precise thread design ensures optimal bone purchase, promoting rapid osseointegration and solid implant-bone interface.
The screw’s robust locking mechanism prevents loosening, maintaining secure fixation and enhancing implant longevity. This, combined with its biocompatible material composition, minimizes tissue irritation and creates a favorable environment for healing. The screw’s compatibility with various Femoral Proximal Hook Locking Plates provides surgeons with flexibility in treatment planning and adaptability to diverse fracture patterns. Ultimately, the Femoral Proximal Hook Locking Screw contributes to improved patient outcomes by facilitating efficient fracture repair and reducing the risk of complications.
The Femoral Proximal Hook Locking Screw is primarily indicated for use in conjunction with the Femoral Proximal Hook Locking Plate in orthopedic surgery. Its primary function is to secure the plate to the femur, providing stability to the fracture site.
Specifically, the screw is used to:
How Does a Femoral Proximal Hook Locking Screw Work?
The Femoral Proximal Hook Locking Screw is a critical component in the stabilization of proximal femur fractures. It works in conjunction with the Femoral Proximal Hook Locking Plate to create a robust and secure implant system.
During surgery, the screw is inserted through pre-drilled holes in the plate and into the bone. The screw’s unique thread design ensures optimal bone purchase, allowing it to firmly anchor into the bone tissue. Once in place, the screw’s locking mechanism engages with the plate, creating a rigid and stable construct.
This interlocking system prevents the screw and plate from shifting or loosening, which is crucial for maintaining fracture alignment and promoting bone healing. By transferring forces evenly across the fracture site, the screw helps to reduce stress on the healing bone and promote the formation of new bone tissue. This ultimately leads to a successful fracture repair and restoration of normal function.
FAQ
Q1: What is a Femoral Proximal Hook Locking Screw?
A: A Femoral Proximal Hook Locking Screw is a medical implant used in conjunction with a Femoral Proximal Hook Locking Plate to stabilize fractures in the upper part of the femur (thigh bone). It is designed to provide secure fixation and promote bone healing.
Q2: What is the purpose of a Femoral Proximal Hook Locking Screw?
A: The primary purpose of the screw is to secure the locking plate to the bone, creating a stable construct to support the fractured bone during the healing process.
Q3: What material is the screw made from?
A: Femoral Proximal Hook Locking Screws are typically made from biocompatible materials such as titanium or stainless steel, which are safe for implantation in the human body.
Q4: How does the locking mechanism work?
A: The screw features a locking mechanism that prevents it from loosening within the bone, ensuring long-term stability of the implant.
Q5: Is the screw designed for specific types of fractures?
A: The screw is generally used in conjunction with the plate for treating various types of proximal femur fractures, including intertrochanteric, subtrochanteric, and osteoporotic fractures.
Q6: What is the typical length and diameter of the screw?
A: The size of the screw will vary depending on the specific patient and fracture, but it is typically designed to fit securely within the bone and plate.
Q7: How long does it take for the screw to integrate with the bone?
A: The integration time varies depending on individual factors, but the screw is designed to promote bone growth and healing around it.
Q8: Can the screw be removed after the bone has healed?
A: In most cases, the screw is intended to be a permanent implant. However, the decision to remove it should be made by a qualified healthcare professional based on the individual patient’s condition.
Q9: Are there any risks associated with using the screw?
A: As with any surgical procedure, there are potential risks such as infection, implant failure, or allergic reactions. However, these risks are generally low.
Q10: What is the role of the screw in the overall fracture healing process?
A: The screw plays a crucial role in providing stability to the fracture site, allowing the bone to heal effectively and restoring normal function.
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