Dimple Creation | Questions About Long-Term Outcomes

The surgery aims to create a scar in the dermis that adheres to the underlying buccinator muscle, producing a dynamic dimple. Initially the dimple may be static and then deepen with animation; gradually it becomes only a subtle static hint that accentuates on smiling. It resembles a natural dimple within 4–6 weeks. Possible complications include sudden disappearance, asymmetry, foreign body reaction, infection, bleeding, or injury to the buccal branch of the facial nerve or Stensen duct. The procedure is done under local anaesthesia, and the dimple position is marked with your input, but anatomy and healing vary. Healing and final appearance vary by individual anatomy and chosen surgical technique, so personal review remains important.

Dimpleplasty creates a scar that tethers cheek skin to underlying muscle, so the dimple shows mainly when smiling. Early on it may look deeper and more noticeable, then soften; by about three months only a small hint may show at rest and accentuate on animation. The clinic says the dimple lasts for most patients but can fade in some. If it fades or looks uneven, a redo can be planned after about six months; reversal is charged. One case series in this record reported no complete reversal requests and high satisfaction to four years, but that does not predict your result.

The procedure aims to create a scar in the dermis that adheres to the underlying buccinator muscle, forming a dynamic dimple. At first the dimple may show at rest, then it usually settles over about six to eight weeks to appear mainly on smiling. Because healing and scar behaviour vary, the result can change; sudden disappearance is listed among possible complications. If a dimple fades or looks uneven, a redo can be planned after about six months. A redo for a faded or uneven dimple is done without charge, while reversal is charged. The internal stitch dissolves naturally. Dr. Vishal Purohit can explain relevant procedure options, suitability, benefits and limitations during consultation.

Dimpleplasty creates a scar that tethers skin to the underlying buccinator muscle, while natural dimples often relate to zygomaticus major insertion. Ageing can bring loss of skin elasticity, soft-tissue descent and facial contour change; one source notes morphological changes can occur with body-weight change and ageing, without predicting how a created dimple will look. The procedure changes tethering, not ageing itself. General facial-ageing descriptions include reduced collagen and elastin, altered fat distribution and gravity-related laxity, but these are not dimple-specific outcome data. So ageing may affect appearance, but no fixed timeline or degree is supported. Individual facial structure, weight change and skin quality also influence how any dimple appears over time.

Natural cheek dimples are mainly caused by insertion of double or bifid zygomaticus major muscle fibers into skin, creating dermal tethering. Dimpleplasty aims to create a scar in the dermis that adheres to the underlying buccinator muscle, producing a dynamic dimple. Facial muscles change with aging: they thin, fibers atrophy, fat compartments migrate and lose volume, and retaining fibers and ligaments become laxer. Facial muscles also pull differently on each side, producing differences in skin folds and wrinkles. Your own muscle movement and healing also influence the final look. These factors can affect symmetry and appearance, but they do not mean a surgical dimple will behave exactly like a natural one.

A surgically created dimple forms when a scar adheres skin to the underlying buccinator muscle, so it shows mainly with smiling. Pregnancy and hormonal shifts are associated with general skin changes such as melasma, acne flares, and darkening or enlargement of pigmented moles in some people. These are skin-level or pigment changes, not evidence that the dimple tether itself changes. Facial soft-tissue or weight changes could theoretically alter contour, but this is not established for dimples. Therefore, any change in dimple appearance during pregnancy should be assessed individually rather than assumed, with attention to scar tether, surrounding tissue, and overall facial contour changes. The dimple tether and surrounding tissue should be reviewed.

A surgically created cheek dimple forms when a scar tethers the skin to the underlying buccinator muscle; it is not created by removing tissue. Natural dimples arise from muscle fibers inserting into skin. Because facial fat, skin thickness and elasticity can change with weight and age, the visible depth or shape may change too. One source on chin dimple techniques notes morphological changes can occur with body-weight changes and ageing, but it does not give a predictable depth change for cheek dimples. Weight loss can reduce facial fat and skin support, while weight gain may soften the contour; ageing also changes elasticity. Your own anatomy, healing and scar behaviour also matter.

A natural dimple comes from a small muscle attachment pulling the skin inward; dimpleplasty aims to create a scar in the skin that sticks to the cheek muscle, making a dimple that shows when you smile. It may be done with stitches through the skin or through an inside-the-mouth open approach. The procedure is usually performed under local anaesthesia after informed consent, with a small tissue fragment removed while the skin and dermis remain intact. Because healing and scar behaviour vary, complications can include sudden disappearance of the dimple and unevenness. Scar remodelling continues for months, so early appearance may change. Dr. Vishal Purohit can discuss realistic outcomes, not guarantees.

Dimpleplasty creates cheek dimples only, on one or both sides as desired, by forming a scar in the dermis that adheres to the underlying buccinator muscle, creating a dynamic dimple. Initially the dimple may be visible at rest, then deepen with movement; gradually it becomes only a subtle hint at rest and accentuates on animation. This change toward a natural-looking, smile-dependent dimple usually occurs within 4–6 weeks. Possible complications include sudden disappearance and asymmetry. The procedure is done under local anesthesia after informed consent, with a small tissue fragment removed while skin and dermis remain intact. Follow-up helps assess healing and symmetry. Patients should report unexpected changes promptly.

The surgery aims to create a scar in the dermis that adheres to the underlying buccinator muscle, producing a natural dynamic dimple. Initially the dimple may be visible at rest, then it deepens with animation; within 4–6 weeks it usually resembles a natural dimple that appears mainly on smiling. Because the result depends on scar tethering, sudden disappearance is listed as a complication, along with asymmetry, infection, bleeding, foreign-body reaction and possible injury to the buccal branch of the facial nerve or Stensen duct. The exact appearance varies with healing, scar behaviour and facial movement, so regular, careful follow-up matters.

The procedure creates a scar in the dermis that adheres to the underlying buccinator muscle, producing a dynamic dimple. Initially it may look static, then deepen with animation; by about three months only a small hint remains at rest and accentuates on smiling. In one 100-case series, follow-up ranged from three weeks to four years; three patients had intraoral infection managed without adverse effect on the dimple, two requested reduction and three requested accentuation, with redo or partial scar release. No patient in that series requested complete reversal. This suggests maintenance is not routine, but individual appearance can change over time and personal preferences may sometimes lead to revision.

The surgery aims to create a scar in the dermis that adheres to the underlying buccinator muscle, becoming a natural dynamic dimple. At first the dimple is static, then it deepens with facial movement; gradually only a hint remains at rest and it accentuates on smiling. It resembles a natural dimple within four to six weeks. The dimple remains as a permanent, omnipresent entity for six to twelve weeks until it only becomes apparent when smiling or expressive. Known complications include sudden disappearance of the dimple and asymmetry, so the result should be assessed after healing rather than judged immediately. The procedure is performed under local anesthesia.

Anatomically, dimples arise from dermal tethering by muscle fibers, and surgery aims to create a scar in the dermis that adheres to the underlying buccinator muscle, becoming a dynamic dimple. Placement is guided by your smile and facial landmarks, and the approach may vary because surgeons use different methods to create that scar. Good anatomical knowledge matters, and complications can include sudden disappearance or asymmetry. General wound-healing factors such as blood supply, infection, mechanical stress and surgical technique may also influence the result. The procedure is usually performed under local anesthesia after informed consent, with antibiotics and analgesics prescribed afterward as advised.