Dimple Creation | Dimple Creation Surgery Procedure

Natural cheek dimples occur when muscle fibers insert into the skin and tether it. Dimpleplasty aims to create a scar in the skin that adheres to the underlying buccinator muscle, forming a dynamic dimple. A small incision is made, a little tissue may be removed, and a sling stitch passes through skin and muscle on both sides. The approach varies because some techniques use transcutaneous sutures while others use an open intraoral method, but both seek the same skin-muscle adhesion. Possible risks include infection, bleeding, nerve or salivary duct injury, asymmetry and sudden disappearance. The dimple usually looks static at first, then becomes more natural with smiling over four to six weeks.

A needle is passed from the marked skin point into the buccal cavity as a guide, then a 6 mm punch removes a cylindrical fragment of mucosa, a small portion of buccinator muscle and part of the fat pad, while the skin and dermis are deliberately left intact. This controlled defect lets a scar form and adhere the skin to the underlying buccinator muscle, creating a dimple that deepens with smiling. Other described approaches include transcutaneous sutures or an intraoral open technique that avoids visible scarring. Possible complications include sudden disappearance, asymmetry, infection, bleeding, foreign-body reaction, or injury to the buccal branch of the facial nerve or Stensen duct.

Natural cheek dimples come from muscle fibers inserting into skin, creating tethering. Dimple surgery aims to create a scar in the dermis that adheres to the underlying buccinator muscle, so the dimple appears with smiling. The described method uses a needle guide and removes mucosa, a small part of buccinator muscle and fat pad while preserving skin. Some approaches use stitches through the skin; others are done inside the mouth. The approach varies with anatomy and desired depth. The described method is one option; other techniques may differ. Possible risks include infection, bleeding, nerve or salivary duct injury, asymmetry and sudden disappearance.

A natural dimple comes from muscle fibers inserting into skin, so surgery aims to create a scar that adheres skin to the underlying cheek muscle. In one described method, a small core of mucosa, muscle and fat is removed while skin and dermis stay intact; other methods avoid tissue removal and use sutures or a sling. The chosen approach depends on anatomy and the dimple you want. Possible complications include infection, bleeding, foreign-body reaction, sudden disappearance, asymmetry, or injury to a facial nerve branch or salivary duct. Because techniques differ, your surgeon should discuss expected depth, symmetry and permanence before treatment. No single method is right for every face. Your consultation should cover scars, recovery and possible asymmetry.

Natural cheek dimples are mainly linked to insertion of zygomaticus major muscle fibers into skin, creating dermal tethering. Dimpleplasty aims to create a scar in the dermis that adheres to underlying buccinator muscle, producing a dynamic dimple. Approaches vary: some use transcutaneous sutures, others an intraoral open technique. One described open method replicated natural dimple anatomy without additional soft-tissue removal. One punch technique removes mucosa, a small portion of buccinator muscle and part of the fat pad, while skin and dermis remain intact. Because the cheek contains the buccal branch of the facial nerve and Stensen duct, careful technique matters. The exact approach and expected result depend on individual anatomy.

Natural dimples form when facial muscle fibers insert into skin, creating a tethering effect. Dimpleplasty aims to create a similar adhesion between skin and underlying muscle, sometimes with a suture sling and sometimes by removing a small tissue cylinder so raw surfaces stick together. The exact method varies with desired dimple size, depth and facial anatomy. Possible risks include asymmetry, sudden disappearance, infection, bleeding, foreign-body reaction, or injury to a nearby nerve or salivary duct. Because faces differ, the surgeon judges how much tissue to remove or how tightly to place the suture. The trade-off is a more defined dimple with possible asymmetry or disappearance.

A natural dimple comes from muscle fibers inserting into skin, creating tethering. Surgery replicates this by making a scar in the dermis that adheres to the buccinator muscle. It may use transcutaneous sutures or an open intraoral approach. In one described method, a punch removes mucosa, a small buccinator portion and fat pad while skin and dermis stay intact; a suture passes through mucosa, muscle, fat pad, dermis, then back, and the knot is tied. This creates a dynamic dimple. The goal is not simply a hole; it is a controlled adhesion that moves with facial expression. Approach varies with cheek thickness, muscle position and desired depth, so planning is individualized.

A natural dimple comes from the zygomaticus major muscle pulling the skin inward. The operation aims to create a scar in the deeper skin layer that sticks to the underlying buccinator muscle. A needle guides a 6 mm punch through the marked point; the removed cylinder contains mucosa, a small part of the buccinator muscle and fat, while skin and deeper skin stay intact. The defect is widened by scraping and separating muscle attachments. The surgeon checks the indentation by pressing from both sides and can enlarge or reduce the defect as needed. The defect is then closed with absorbable suture.

The operation creates a controlled scar that gently tethers cheek skin to the underlying muscle, so the dimple appears naturally when you smile. Dr. Vishal Purohit uses an absorbable internal suture through a small incision inside the cheek, with very slight electrocautery to the muscle and no skin incision. The exact approach varies with cheek fullness, symmetry and your wishes for one or both sides. Only cheek dimples are created, usually under local anaesthesia, with general anaesthesia available on request and no sedation. The internal stitch dissolves on its own and is not removed. This helps the dimple settle naturally over time while keeping your smile looking balanced, very soft and natural.

The goal is a scar in the dermis that sticks to the underlying buccinator muscle, creating a dimple that shows mainly when you smile. The surgeon marks the site, often where a faint dimple already appears, then removes a small cylinder of mucosa, part of the buccinator muscle and fat pad while leaving skin and dermis intact. It is described as a simple, safe daycare technique with expected minimal morbidity, but complications can include sudden disappearance, asymmetry, foreign body reaction, infection, bleeding, or injury to the buccal branch of the facial nerve or Stensen duct. Your facial anatomy and smile pattern guide placement.

The aim is a controlled scar in the deeper skin layer that sticks to the cheek muscle beneath, so the dimple shows when you smile. After informed consent, numbing medicine is placed in the mouth lining; a needle guides a small punch, and a tiny cylinder of mouth lining, a small part of cheek muscle and some fat is removed while skin and deeper skin stay intact. Methods vary; choice depends on anatomy and desired depth. Possible complications include asymmetry, sudden disappearance, infection, bleeding, nerve or saliva-duct injury and foreign-body reaction. It is commonly a same-day procedure. Good knowledge of facial blood supply and shape matters for outcome.

The anesthetic is placed in the mucosa and the procedure begins after about ten minutes. The aim is to create a scar in the dermis that adheres to the underlying buccinator muscle, so the dimple appears with smiling. The dimple is marked with you, often where a faint dimple already appears when smiling; if one cheek has a dimple, the other is matched for symmetry. The described technique is considered simple and safe, with expected minimal morbidity. Good knowledge of facial anatomy helps deliver a good outcome. Possible complications include foreign body reaction, infection, bleeding, or injury to the buccal branch of the facial nerve or Stensen duct.

Each cheek is marked separately, then a needle guides from skin to mouth. A small punch removes mucosa, buccinator muscle and fat while skin and dermis stay intact. The healing scar tethers skin to muscle, creating a dimple that shows mainly when smiling. The same steps are repeated on the other side, with placement chosen for symmetry. This is not a large incision or flap operation; the change comes from a controlled scar, so placement and depth matter. Complications can include asymmetry, infection, bleeding or injury to a nearby nerve or salivary duct, so careful marking and anatomy knowledge are important. It is usually done under local anaesthesia as a day case.

The surgery aims to create a scar in the dermis that adheres to the underlying buccinator muscle, producing a dynamic dimple. A punch removes a cylindrical fragment of mucosa, muscle and fat while leaving skin and dermis intact; raw areas are then opposed. The absorbable suture maintains this defect while healing occurs, and the scar provides lasting tethering. Other described approaches use different fixation methods, including nonabsorbable slings, but the principle is dermomuscular adhesion. Local anesthesia is used and the procedure may be done as daycare. The dimple is marked with patient input, and the site is chosen to suit facial proportions.

Dimple creation can use absorbable sutures such as Vicryl to close the defect and chromic sutures for buccal mucosa, so those may not need removal. Other techniques use nonabsorbable sutures or tie-over stitches that must be removed. Some patients have stitches inside the mouth, while others have external tie-over support. Healing and comfort can vary, and any sudden pain, swelling or bleeding should be reviewed promptly. Your surgeon will confirm which stitches apply to you and when they should be removed. Follow oral hygiene advice, avoid fully smiling for the first two weeks, and attend the planned review so removal happens at the right time. This helps the dimple settle naturally.

A natural dimple comes from muscle fibers tethering the skin. The operation aims to create a controlled scar that links the inner cheek lining and muscle to the overlying skin, so the cheek indents when you smile. The described method passes a guide from the skin point into the mouth, removes a small cylinder of inner tissue while keeping the skin and dermis intact, then closes the layers so the raw surfaces adhere. Other described approaches use transcutaneous sutures or a small intraoral incision. The exact method varies with anatomy and desired dimple size, and no external facial scar is left.

The aim is a scar in the deeper skin layer that sticks to the underlying cheek muscle, so the dimple shows when you smile rather than at rest. The site is marked, often where a faint dimple already appears, and a small tissue cylinder is removed while the skin and its deeper layer stay intact; a knot then creates the tether. Possible problems include the dimple disappearing, unevenness, infection, bleeding, reaction to foreign material, or injury to a facial nerve branch or saliva duct. Placement and method vary with facial shape and whether one or both cheeks are treated, because the goal is a natural moving dimple, not a fixed hole.

The aim is to create a scar in the dermis that adheres to the underlying buccinator muscle, producing a dynamic dimple that appears mainly when smiling. Under local anaesthesia, a needle guides removal of a small cylinder of mucosa, muscle and fat while the skin and dermis remain intact. The position is marked beforehand, often where a faint dimple already appears on smiling. The source describes it as a simple, safe method with expected minimal morbidity, although individual anatomy and healing vary. Reported complications include infection, bleeding, nerve or salivary duct injury, asymmetry and sudden disappearance of the dimple. It is not a guaranteed permanent result for everyone.

Dimpleplasty creates a scar in the dermis that adheres to the underlying buccinator muscle, producing a dynamic dimple. It is described as a low-risk procedure for healthy adults with realistic expectations, with caution for keloid tendency. Facial cosmetic surgery under local anesthesia, with or without sedation, appears associated with a low complication incidence, but combined procedures are uncommon. More broadly, facial aesthetic surgery may be combined with body procedures only with caution because of long operative duration, and extensive additional surgery is preferably scheduled separately. Thus, combined facial plans require individualized assessment by the treating surgeon, including anesthesia, operative time, and recovery considerations.

Natural dimples come from muscle fibers tethering the skin. Surgery recreates this by making a scar in the deeper skin layer that adheres to the buccinator muscle. Some methods pass a suture sling between skin and muscle; others remove a small cylinder of tissue through the cheek, or work from inside the mouth to avoid visible scarring. The choice depends on your anatomy, desired depth and scarring. Possible problems include the dimple disappearing, asymmetry, infection, bleeding, or injury to a facial nerve branch or salivary duct. Placement is usually where a faint dimple already appears on smiling, or by facial landmarks, with your preference considered.

Natural dimples usually come from a cheek muscle that tethers the skin when you smile. Surgery aims to create a scar that adheres skin to deeper muscle. Some methods remove a small tissue cylinder; others fix skin to muscle without extra removal. Placement may follow the point of maximum depression on suction, or landmarks adjusted for facial proportions. Because anatomy and healing vary, results can differ in depth, symmetry and whether the dimple shows at rest or only when smiling. The approach is chosen to suit your face, not one fixed pattern. A skilled surgeon considers muscle position, skin thickness and desired depth before deciding.

The procedure aims to create a scar that tethers the skin to the underlying buccinator muscle, so the dimple appears with smiling rather than at rest. At first it may look like a static dimple, then deepen with animation and gradually become a subtle resting hint that accentuates on smiling. This change usually resembles a natural dimple within four to six weeks. Possible complications include infection, bleeding, foreign-body reaction, asymmetry, sudden disappearance of the dimple, or injury to the buccal branch of the facial nerve or Stensen duct. The procedure is usually done as a daycare procedure under local anaesthesia.

First, the marked cheek site is infiltrated with local anesthetic. Inside the cheek, a small 3 to 4 mm incision is made through the buccinator muscle. A minuscule core of subcutaneous tissue is gently cleared, and an absorbable suture (such as 3-0 or 4-0 Vicryl) is passed through the inner surface of the cheek dermis and looped back into the muscle, creating an internal tether that draws the skin inward.