Facial contouring surgery is a category of procedures that reshape the bone structure and soft tissue of the face to change its overall shape and proportions. It can involve shaving or repositioning the jawbone, cheekbones, chin, and forehead, or removing fat pads in the cheeks. Some people pursue it for purely aesthetic reasons, while others seek it as part of gender-affirming care. The procedures range from relatively minor soft tissue removal to complex operations that cut and reposition bone.
What Facial Contouring Covers
The term “facial contouring” is an umbrella that includes both bone-level and soft tissue procedures. On the skeletal side, the most common operations are cheekbone reduction, jawline reduction, chin reshaping, forehead recontouring, and corrective jaw surgery. Soft tissue procedures include buccal fat removal (taking out the fat pads inside the cheeks) and liposculpture around the face and neck.
A surgeon evaluating someone for facial contouring looks at both the bony framework and the soft tissue covering it. The prominent “highlight” areas of the face, like cheekbones and the chin point, are generally changed through bone modification. The “lowlight” areas, like fullness in the cheeks or under the jaw, are addressed through soft tissue work. Many patients combine two or more procedures in a single operation to reshape the face as a whole rather than adjusting one feature in isolation.
Jawline and V-Line Surgery
V-line surgery is probably the most recognized form of facial contouring. The goal is to transform a wide or square jaw into a narrower, tapered shape that comes to a soft point at the chin. Surgeons access the jawbone through incisions inside the mouth, leaving no visible scars on the face. The procedure involves cutting away portions of the mandibular angle (the bony corner of the jaw near the ear) and sometimes shaving the outer layer of jawbone along its length. When the jaw angle sits low, a technique called V-line osteotomy removes a wedge of bone and reshapes the lower border of the jaw into a smoother, more tapered line.
This is the most invasive of the common facial contouring procedures. It directly modifies the largest bone in the lower face and requires general anesthesia. The result is a permanently narrower lower face, which is why it’s popular among people whose facial width comes primarily from bone structure rather than soft tissue fullness.
Cheekbone Reduction
For people with naturally prominent or wide cheekbones, reduction surgery narrows the middle third of the face. The surgeon makes precise cuts in the zygomatic arch (the bony bridge that extends from the cheekbone toward the ear) and in the cheekbone body itself. The freed bone segment is then repositioned inward and slightly upward. Moving it inward narrows the face, and shifting it upward creates a higher, more aesthetically favorable cheekbone position.
In cases requiring significant change, the surgeon may remove a small amount of inner bone to create space for the repositioned segment. Once in place, the bone is secured with wire or small plates through drill holes. Any step-off or unevenness at the cut edges is smoothed down with a surgical burr. Incisions are typically placed inside the mouth or along the hairline, keeping scars hidden.
Chin Reshaping: Implants vs. Bone Surgery
Chin modification falls into two broad approaches. A chin implant is the simpler option: a customized silicone piece is inserted through a small incision under the chin or inside the mouth, placed into a pocket beneath the skin, and secured with sutures. Recovery is relatively quick, with most people returning to normal activities within one to two weeks. Implants work best for adding projection to a weak or receding chin.
Sliding genioplasty is the bone-based alternative. The surgeon cuts through the chin bone with a specialized saw, slides the freed segment into a new position (forward, backward, up, down, or to one side), and fixes it with titanium plates and screws. This approach allows more dramatic and customized changes than an implant can achieve. It can also correct functional problems like bite misalignment that affect chewing and speech. The tradeoff is a longer, more involved recovery.
People with purely cosmetic concerns and a modest deficit in chin projection often do well with an implant. Those who need larger structural changes, have bite issues, or want results that don’t depend on a foreign material tend to be better candidates for genioplasty.
Forehead Contouring
The forehead and brow area plays a surprisingly large role in how masculine or feminine a face reads. The bony ridge above the eyes, the slope of the forehead, and the prominence of the brow all contribute. Forehead contouring involves burring down the brow ridge, reshaping the frontal sinus (a hollow space behind the forehead bone), and sometimes advancing the hairline.
This procedure is a central component of facial feminization surgery. The forehead and brow region is considered the single most important area for gender identification in the face. Feminization typically involves setting back the front wall of the frontal sinus, burring the brow bone, and smoothing the area above the eye sockets to create a rounder, more convex forehead profile. Soft tissue work, like removing the muscle responsible for brow furrowing, can further refine the result by reducing the appearance of a heavy, prominent brow.
Soft Tissue Procedures: Buccal Fat Removal
Not everyone who wants a slimmer face needs bone surgery. Buccal fat removal targets the fat pads that sit deep in the cheeks, between the cheekbone and the jawline. The procedure is done through small incisions inside the mouth, takes relatively little time, and has a shorter recovery than any bone-based contouring operation. It’s best suited for people with round or full cheeks who want more visible cheekbone definition.
The key distinction is whether your facial width comes from bone or soft tissue. If your cheekbones themselves are wide, buccal fat removal won’t address the underlying structure. If your jawline is the issue, neither buccal fat removal nor cheekbone reduction will change it. This is why surgeons often recommend combining procedures tailored to where the volume actually sits.
Facial Contouring in Gender-Affirming Care
Facial feminization surgery (FFS) relies heavily on contouring techniques. Beyond forehead work, FFS commonly includes jaw and chin reduction to soften a square lower face, cheekbone modification, rhinoplasty, and brow lifts. The combination varies by individual, but the underlying principle is reshaping the bony landmarks that differ most between typically masculine and typically feminine skulls.
Corrugator resection, a procedure that removes or reduces the muscle between the eyebrows, is a newer adjunct in FFS. It reduces the prominence of the inner brow area and decreases the concavity above the eye sockets, creating a smoother, more convex forehead shape. Combined with classical techniques like frontal sinus setback and brow lifting, it refines the upper third of the face in ways that bone work alone may not fully achieve.
How 3D Planning Shapes Results
Modern facial contouring increasingly uses 3D imaging and computer simulation before any cutting begins. CT scan data is reconstructed into a three-dimensional digital model of the patient’s skull, and the surgeon simulates bone cuts and repositioning on screen. This lets both surgeon and patient preview the expected outcome and adjust the plan before entering the operating room.
The digital model can also be exported to a 3D printer to create physical surgical templates. These custom guides fit over the patient’s bone during surgery, showing exactly where to cut and how much to remove. Studies have found that this approach improves both the accuracy of the surgery and patient satisfaction with the outcome. It’s a significant upgrade from older planning methods based on flat x-rays, which couldn’t capture the three-dimensional complexity of facial bone structure or predict how soft tissue would drape over the reshaped skeleton.
Risks of Facial Contouring
The most significant risk specific to facial contouring is nerve injury. The nerve that provides sensation to the lower lip and chin runs through the jawbone and is directly in the path of mandibular contouring procedures. Reported injury rates for the nerve controlling lower lip movement range from about 0.5% in general aesthetic surgery to as high as 12% in submandibular procedures performed at academic hospitals. Permanent damage is less common, estimated around 0.1%, because the nerve has limited ability to reroute through alternative pathways if the main trunk is compromised.
Symptoms of nerve injury include lower lip droop, difficulty controlling saliva, changes in speech, and facial asymmetry. Most nerve injuries after contouring surgery are temporary, resolving over weeks to months as the nerve heals, but permanent cases do occur. Other risks include infection, asymmetry requiring revision, prolonged numbness in the chin or lips, and the general risks associated with general anesthesia.
Recovery Timeline
Swelling and bruising peak around days three and four after surgery. Most people can stop prescription pain medication by days four to six as swelling begins to subside. The second week still involves noticeable swelling and bruising, but by the end of that week, many patients feel well enough to return to work and light activity like walking.
Weeks three and four are when real improvements in facial shape become visible as swelling continues to resolve. By the one-month mark, most people are back to their normal routines. Final results, however, take longer to fully emerge. Very subtle swelling, tightness, and numbness can persist for up to a year, though these lingering effects are typically only noticeable to the patient rather than to others. For bone-based procedures specifically, the timeline tends to run longer than for soft tissue work alone, since the body needs time to remodel and settle around repositioned or shaved bone.