SEE® Trabecular Acetabular Augment (Buttress)

Key Features and Benefits of SEE Trabecular Acetabular Augment (Buttress)

SEE Trabecular Acetabular Augment (Buttress) is a specialized orthopedic implant designed to reinforce the acetabulum in hip joint replacement procedures. This innovative augment features a 3D printed trabecular structure that mimics the natural architecture of bone, promoting bone ingrowth and integration. The buttress design provides additional support to the acetabular component, enhancing stability and reducing the risk of implant loosening or dislocation. The augment is crafted from biocompatible materials, ensuring minimal tissue reaction and long-term durability. SEE Trabecular Acetabular Augment is suitable for both primary and revision hip joint replacement procedures, offering a reliable and adaptable solution for a wide range of patients. Overall, this augment provides improved joint function, reduced pain, and enhanced patient outcomes.

Indications for SEE Trabecular Acetabular Augment (Buttress)

SEE Trabecular Acetabular Augment (Buttress) is a specialized orthopedic implant designed to reinforce the acetabulum in hip joint replacement procedures. It is indicated for patients who:

• Require a primary hip joint replacement: Patients with damaged or diseased hip joints may benefit from SEE Trabecular Acetabular Augment to enhance the stability and longevity of the implant.
• Have complex anatomical challenges: The augment’s customizable design and ability to address bone defects make it suitable for patients with various anatomical variations.
• Need additional support for the acetabulum: Patients with weak or compromised acetabular bone may benefit from the buttress-like support provided by the augment.
• Have a history of implant loosening or dislocation: SEE Trabecular Acetabular Augment can help to prevent implant loosening and reduce the risk of dislocation in revision hip joint replacement procedures.
• Desire a durable and long-lasting implant: The trabecular structure of the augment promotes bone ingrowth and integration, enhancing the implant’s stability and longevity.

How Does The SEE Trabecular Acetabular Augment (Buttress) Work

SEE Trabecular Acetabular Augment (Buttress) is a specialized orthopedic implant designed to reinforce the acetabulum in hip joint replacement procedures. The augment features a 3D printed trabecular structure that mimics the natural architecture of bone, promoting bone ingrowth and integration. The buttress design provides additional support to the acetabular component, enhancing stability and reducing the risk of implant loosening.

During surgery, the acetabular component is prepared for the augment by creating a suitable receiving surface. The SEE Trabecular Acetabular Augment is then positioned over the acetabulum and secured in place using screws or sutures. The trabecular structure of the augment provides a porous surface that allows for bone ingrowth, creating a strong and durable interface between the implant and the surrounding bone.

The buttress design of the augment provides additional support to the acetabular component, helping to prevent implant subsidence and dislocation. This can be particularly beneficial in cases where there is significant bone loss or weakness in the acetabulum. Overall, SEE Trabecular Acetabular Augment offers a reliable and effective solution for enhancing the stability and longevity of hip joint replacements, particularly in challenging cases.

FAQ

Q1: What is SEE Trabecular Acetabular Augment (Buttress)?

A: SEE Trabecular Acetabular Augment (Buttress) is a specialized orthopedic implant designed to reinforce the acetabulum in hip joint replacement procedures.

Q2: What is the significance of the trabecular structure in the augment?

A: The trabecular structure mimics the natural architecture of bone, promoting bone ingrowth and integration, which can enhance implant stability and durability.

Q3: How does the buttress design of the augment contribute to stability?

A: The buttress design provides additional support to the acetabular component, reducing the risk of implant loosening or dislocation.

Q4: Is SEE Trabecular Acetabular Augment suitable for both primary and revision hip joint replacement?

A: Yes, SEE Trabecular Acetabular Augment can be used in both primary and revision hip joint replacement procedures.

Q5: What are the potential benefits of using SEE Trabecular Acetabular Augment?

A: SEE Trabecular Acetabular Augment offers several benefits, including enhanced stability, improved bone integration, reduced risk of implant loosening, and improved patient outcomes.

Q6: Can SEE Trabecular Acetabular Augment be used in conjunction with other acetabular components?

A: Yes, SEE Trabecular Acetabular Augment can be used in conjunction with various acetabular components, such as metal-backed polyethylene liners or ceramic liners.

Q7: What are the potential risks associated with using SEE Trabecular Acetabular Augment?

A: As with any surgical procedure, there are potential risks such as infection, implant loosening, and dislocation. However, the biocompatible materials and design of SEE Trabecular Acetabular Augment can help to minimize these risks.

Q8: How long does SEE Trabecular Acetabular Augment typically last?

A: The lifespan of SEE Trabecular Acetabular Augment can vary depending on individual factors, but it is designed to provide long-term durability and function.

Q9: Can SEE Trabecular Acetabular Augment be customized to accommodate different patient anatomies?

A: While the augment itself may not be fully customizable, it can be used in conjunction with other modular components to address various anatomical challenges.

Q10: How does SEE Trabecular Acetabular Augment compare to other techniques used to enhance acetabular stability in hip joint replacement?

A: SEE Trabecular Acetabular Augment offers a unique combination of a trabecular structure and buttress design, providing enhanced bone integration and stability, making it a promising option for patients who require additional support in the acetabulum.