Malar augmentation with self-drilling single-screw fixation

Area of Science:

• Plastic Surgery
• Facial Reconstruction
• Biomedical Engineering

Background:

• Traditional malar implant augmentation often uses fixation methods like precise pocket creation, external taping, or transcutaneous techniques.
• These methods involve soft tissue fixation, which can be less stable.
• Existing techniques may require specialized equipment or approaches like transconjunctival incisions.

Purpose of the Study:

• To present an alternative fixation technique for malar implants.
• To describe a method that secures implants to the rigid facial skeleton.
• To introduce the use of self-drilling screws for cost-effective and efficient fixation.

Main Methods:

• A novel technique for malar implant fixation is described.
• Implants are secured directly to the underlying rigid facial bone.
• Self-drilling screws are utilized to eliminate the need for expensive drills.
• The technique avoids transconjunctival incisions, providing wide surgical exposure.

Main Results:

• The described technique allows for stable fixation of malar implants to the facial skeleton.
• Use of self-drilling screws simplifies the procedure and reduces costs.
• The method avoids transconjunctival incisions, potentially reducing operative complications.
• Wide exposure is achieved, facilitating precise implant placement.

Conclusions:

• This technique offers a viable alternative for malar augmentation.
• Fixation to the rigid skeleton provides a stable platform for implants.
• The use of self-drilling screws presents a cost-effective and practical solution.
• The described method simplifies the surgical process and may improve outcomes.