Background: The narrow forehead is often associated with an overall narrow skull shape development. Critical assessment of the narrow forehead shows that it is most restrictive at the temporal lines which indicates it is a combined bony and soft tissue deficiency. Thus augmenting the narrow forehead requires an approach that can provide a more complete forehead-temporal type of augmentation.
Traditional methods of forehead augmentation, like bone cements, are ineffective for the too narrow forehead. By definition the bone cement must stay on the bone where it can bond to it. Keeping it restricted to that anatomic bony location will actually make the forehead look more narrow and create a pseudo bossing effect. (increasing projection with no width increase)
Only a custom implant design can create an effective forehead widening look as it allows the implants to safely cross the temporal line and rest on the deep temporal fascia. How far done along the temporal area it should go depends on the perceived temporal deficiency. With the implant laying on the deep temporal fascia it can extend all the way down to the zygomatic arch level. A computer design also provides control of the various implant thicknesses across a broad area as well as its overall shape…which will be somewhat different between men and women.
Case Study: This female was bothered by the narrow shape of her forehead and temporal areas. She also wanted a bit more of a brow bone presence.





While the traditional full coronal scalp incision can be used to place such a large forehead-temporal implant, it can also be successfully placed with more limited scalp incisions aided by endoscopic dissections in critical areas.
Case Highlights:
1) The narrow forehead involves more than just the forehead bone but the temporal soft tissues as well.
2) Adequately widening the forehead requires a custom forehead-temporal implant design that provides a comprehensive augmentation effect.
3) A custom forehead-temporal implant can be placed through a scalp incision that is limited to between the temporal lines using endoscopic release along the superolateral orbital rims.
Dr. Barry Eppley
Indianapolis, Indiana






