Intergrated Interlocking Lag Screw

Key Features and Benefits of Integrated Interlocking Lag Screw

The Integrated Interlocking Lag Screw offers a unique and innovative solution for orthopedic fixation. Its integrated design combines the strength and stability of a lag screw with the added security of an interlocking mechanism. This innovative approach eliminates the need for separate locking screws, simplifying surgical procedures and reducing the risk of complications. Crafted from biocompatible materials, the screw minimizes tissue irritation and promotes rapid healing. This combination of features makes the Integrated Interlocking Lag Screw an ideal choice for surgeons seeking a reliable and efficient solution for various orthopedic procedures.

Indications for Intergrated Interlocking Lag Screw

The Integrated Interlocking Lag Screw is a versatile implant designed for various orthopedic and trauma surgeries. Its primary indications include:

• Fracture fixation: Stabilization of bone fragments in long bones, pelvis, and spine.
• Osteotomy: Support of bone segments during corrective surgeries.
• Arthrodesis: Fusion of joints in specific orthopedic conditions.
• Plate augmentation: Reinforcing bone-plate interfaces for enhanced stability.
• Nonunion treatment: Addressing fractures that have failed to heal.
• Osteoporosis-related fractures: Providing additional support in patients with weakened bones.
• Complex fracture patterns: Stabilization of challenging fracture configurations.
• Other orthopedic applications: Supporting various surgical procedures requiring secure fixation.

How does the Integrated Interlocking Lag Screw Work

An Integrated Interlocking Lag Screw is a specialized implant designed for secure bone fixation. Its unique design combines the strength and stability of a lag screw with an integrated interlocking mechanism, eliminating the need for separate locking components. During surgery, the screw is inserted into the bone and tightened, engaging with the bone tissue and providing a secure hold. The interlocking mechanism prevents the screw from loosening, ensuring long-term stability and reducing the risk of implant failure. This integrated design simplifies the surgical procedure, reduces the risk of complications, and promotes optimal bone healing.

FAQ

Q1: What is an Integrated Interlocking Lag Screw?

An Integrated Interlocking Lag Screw is a specialized surgical implant designed for secure bone fixation, combining the strength of a lag screw with an integrated interlocking mechanism.

Q2: What is the benefit of the integrated interlocking design?

The integrated design eliminates the need for separate locking components, simplifying the surgical procedure and reducing the risk of complications.

Q3: What materials are typically used for Integrated Interlocking Lag Screws?

Common materials include titanium and stainless steel, known for their biocompatibility and strength.

Q4: In which types of surgeries is the Integrated Interlocking Lag Screw used?

It’s commonly used in orthopedic and trauma surgeries, including fracture fixation, osteotomy, and plate augmentation.

Q5: How does the integrated interlocking mechanism work?

The screw’s interlocking design engages with the bone tissue, providing a secure hold and preventing loosening.

Q6: What are the advantages of using an Integrated Interlocking Lag Screw compared to a standard lag screw?

Benefits include enhanced stability, reduced risk of implant failure, simplified surgical procedure, and potentially faster healing time.

Q7: Is the Integrated Interlocking Lag Screw compatible with other orthopedic implants?

Yes, it can be used in conjunction with other implants, such as plates or bone grafts, if necessary.

Q8: Are there different sizes and lengths available for the Integrated Interlocking Lag Screw?

Yes, the screw is available in various sizes and lengths to accommodate different surgical needs.

Q9: What are the potential risks associated with using an Integrated Interlocking Lag Screw?

As with any surgical implant, 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.

Q10: How long does it typically take for a bone to heal with an Integrated Interlocking Lag Screw?

Healing time varies depending on the type of fracture, patient’s overall health, and other factors, but it usually takes several weeks or months.