| Code |
Product name |
Size |
|
| 9001.5015 |
Titanium Plate With Variable Loop |
E 8×10×1.5mm |
|
| 9001.5016 |
Titanium Plate With Variable Loop |
D3 8×12×1.5mm |
|
Titanium Plate for AC Joint Dislocation is a specialized orthopedic implant designed for treating acromioclavicular joint dislocations. Its compact size (8mm×10mm×1.5mm) conforms precisely to bone anatomy, ensuring a natural fit. Crafted from biocompatible titanium, it reduces the risk of infection and promotes tissue healing. The plate’s anatomical design provides stable fixation, helping restore joint stability and function. By offering a minimally invasive – friendly solution tailored to AC joint anatomy, it contributes to improved patient outcomes, reduced post – operative pain, and faster return to daily activities.
Titanium Plate for AC Joint Dislocation is a specialized orthopedic implant for treating acromioclavicular joint issues. It is indicated for patients who:
- Have AC Joint Dislocation: Those with acromioclavicular joint dislocations, needing stable fixation to realign the joint.
- Require Anatomical Conformity: Patients where a plate conforming to bone anatomy (8mm×10mm×1.5mm size) is crucial for effective joint restoration.
- Prefer Infection – Reducing Solutions: Individuals benefit from the titanium material’s ability to minimize infection risk during healing.
- Need Stable Fixation: Patients requiring robust support to hold the AC joint in place during the healing process, ensuring proper joint function recovery.
- Seek Minimally Invasive Options: Suitable for those where the plate’s design supports less invasive surgical techniques, leading to quicker recovery.
Titanium Plate for AC Joint Dislocation is a specialized implant for acromioclavicular joint repair. During surgery, the plate (8mm×10mm×1.5mm) is positioned to conform to the bone anatomy of the AC joint. Its design allows it to fit precisely, providing stable fixation to realign the dislocated joint. Once in place, the titanium material, being biocompatible, integrates with the surrounding bone and soft tissues. This stable fixation helps hold the joint in the correct position, promoting healing and reducing the risk of infection. Over time, the plate supports the joint as it regains strength, enabling patients to gradually resume normal activities and restore AC joint function.
Q1: What is Titanium Plate for AC Joint Dislocation?
A: It’s a specialized 8mm×10mm×1.5mm titanium orthopedic implant designed to treat acromioclavicular joint dislocations, conforming to bone anatomy.
Q2: Why is the size significant?
A: The compact, anatomical size ensures a precise fit for the AC joint, enabling effective fixation and joint realignment.
Q3: What are the benefits of using this titanium plate?
A: Benefits include anatomical conformity for stable fixation, infection – reducing titanium material, support for AC joint healing, and potential for minimally invasive surgery.
Q4: Can it be used for other joint dislocations?
A: No, it’s specifically designed for AC joint dislocations and may not suit other joint anatomies.
Q5: What material is it made of?
A: Made from biocompatible titanium, minimizing infection risk and ensuring durability.
Q6: Are there risks associated with using it?
A: As with surgery, risks like infection or implant issues exist, but the titanium material and design aim to reduce these.
Q7: How long does the plate last?
A: Designed for long – term use. Titanium’s durability supports sustained function, though lifespan varies by patient.
Q8: What’s the recovery process like?
A: Recovery varies, but the plate’s stable fixation and minimally invasive potential may lead to quicker healing compared to more invasive methods.
Q9: Can it be used with other implants?
A: In some cases, it may be used with additional implants (like screws) for enhanced fixation, depending on surgical needs.
Q10: Is it suitable for all AC joint dislocation patients?
A: Suitability depends on injury severity, patient health, and surgeon judgment. The plate caters to specific anatomical and healing needs.
