Dimple Creation | Types and Placement of Dimples

Natural cheek dimples are 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, so the dimple appears mainly on smiling. A small incision and tissue removal or suture can bring skin and muscle together. Techniques vary by invasiveness, method and approach, and because facial proportions differ, the ideal site may be adjusted rather than using one fixed point for everyone. Placement should therefore be individualized after careful assessment and safety discussion of risks. The procedure may be performed under local anesthesia by a skilled surgeon after informed consent, with risks discussed beforehand.

The operation creates a small scar in the skin that sticks to the cheek muscle, so the dimple appears when you smile. A small amount of tissue may be removed while the skin and its deeper layer are left intact. Placement is chosen for symmetry; if one cheek already has a dimple, the other is marked to match, and if neither does, facial landmarks guide the site. The procedure is usually done under local anaesthesia after informed consent. The surgeon may use a suture or an intraoral approach, depending on anatomy and preference. Possible complications include sudden disappearance of the dimple, asymmetry, infection, bleeding, or injury to a nerve or salivary duct.

Natural cheek dimples are linked to how facial muscle fibers insert into the skin, and they may be present on one side or both. Dimple creation aims to make a small scar in the dermis that adheres to the underlying buccinator muscle, so the indentation appears with smiling. Because facial proportions vary, the ideal site is individualized rather than copied from a standard point; one study found different placement points were preferred for different facial ratios. Possible complications include asymmetry, sudden disappearance of the dimple, infection, bleeding, nerve or salivary duct injury, and foreign body reaction. Healthy adults with realistic expectations benefit most, and keloid tendency warrants caution.

Natural cheek dimples occur on one side or both, and bilateral dimples are more common. If one cheek already has a dimple, the corresponding site on the other cheek may be chosen for symmetry. If no dimple exists, placement is marked with you and facial landmarks; a facial-measurement study found facial proportions affect which site looks best. The operation creates a dermal scar that adheres to the underlying buccinator muscle, forming a dynamic dimple. Possible complications include asymmetry, sudden disappearance, infection, bleeding, or injury to the buccal nerve or Stensen duct. Healthy adults with realistic expectations benefit most, and keloid tendency warrants caution.

Natural dimples come from zygomaticus major muscle fibers inserting into skin, creating dermal tethering. Dimpleplasty aims to create a scar in the dermis that adheres to the underlying buccinator muscle, so the dimple appears mainly when smiling. The site is marked with you, often where a faint dimple already shows; if one cheek has a dimple, the other is matched for symmetry. The procedure is usually done under local anaesthesia after informed consent, and good knowledge of facial anatomy, vascularity and shape helps deliver a good outcome. Dr. Vishal Purohit can discuss suitability, benefits, limitations, expected appearance and recovery for your face and smile with you in detail during consultation.

A natural cheek dimple forms when facial muscle fibers tether the skin inward, so surgery aims to create a small scar that adheres the skin to the underlying cheek muscle and moves with your smile. Placement matters because the dimple should look natural at rest and deepen when you smile. If one cheek already has a dimple, the other is usually matched for symmetry. If not, the site may be guided by facial landmarks and by where your cheek hollows most when you suck it inward. Dr. Vishal Purohit in Jaipur can discuss how your smile, facial shape and symmetry goals affect the chosen point.

You may also mark the site in front of a mirror, especially where a faint dimple already appears when smiling; sucking the cheeks inward can show the point of maximum depression. A facial-measurement study compared three points: the intersection of the outer eye corner and Cupid's bow, the Khoo Boo-Chai point, and a smile-dynamics point. The Khoo Boo-Chai point had the highest average rating overall, while the first point suited wider faces and the smile-dynamics point suited faces with more mid- and lower-face prominence. This supports individualized placement rather than a single universal mark. Panelists rated aesthetic appeal using facial ratios, and photograph-based planning may help counseling before surgery.

The position is often marked with you in front of a mirror. If one cheek already has a dimple, the corresponding site on the other cheek may be chosen for symmetry. Without a pre-existing dimple, landmarks such as the angle of the mouth and outer eye corner, or a higher Cupid's bow point, may guide placement. A facial-measurement study found optimal placement should also consider individual facial proportions, with different points preferred for wider or more elongated faces. This means your preference matters, but the surgeon balances it with anatomy and aesthetics. The trade-off is accepting a placement that suits your face rather than an exact spot you imagined.

Natural dimples come from a facial muscle whose fibers attach into the skin, creating tethering. Dimple creation makes a scar in the skin layer that adheres to the cheek muscle, using stitches through the skin or an inside-the-mouth open technique. The site may be chosen from a faint natural dimple, symmetry, or anatomical lines. The procedure is done under local anesthesia after informed consent; a punch removes mucosa, a small buccinator portion and fat pad while skin and dermis remain intact. Risks include asymmetry, sudden disappearance, infection, bleeding, and injury to a nerve or salivary duct. It is usually performed as a daycare procedure.

A natural dimple usually appears with smiling, so the site is often marked where a faint dimple already shows or where cheek suction creates the deepest depression. One landmark method uses the angle of the mouth and outer eye corner, but that point may sit too low; a higher point from the Cupid's bow may look better. Placement also considers symmetry when one cheek already has a dimple, and the procedure is usually done under local anaesthesia after informed consent. The surgery creates a scar that tethers skin to the buccinator muscle, and complications can include sudden disappearance or asymmetry. If one cheek already has a dimple, the corresponding site is chosen for symmetry.

Natural dimples mainly come from zygomaticus major muscle fibers inserting into skin, creating dermal tethering. Surgery aims to create a scar in the dermis that adheres to underlying buccinator muscle, becoming a dynamic dimple. The site may be marked where a faint dimple appears with smiling, or by facial landmark lines; one method uses intersection of a horizontal line from angle of mouth and vertical line from lateral canthus, though this may sit too low, so a higher Cupid's bow landmark may be better. Techniques include transcutaneous sutures or intraoral open approaches; complications include sudden disappearance, asymmetry, infection, bleeding, nerve or salivary duct injury.

Natural dimples come from zygomaticus major muscle fibers inserting into skin, creating a tethering effect. Dimple surgery creates a scar that adheres to the underlying buccinator muscle, becoming a dynamic dimple. Position is marked using landmarks: the intersection of a vertical line from the lateral canthus and a horizontal line from the angle of the mouth; an alternative using the higher point on Cupid's bow may avoid too-low placement. You also mark your preferred site and suck your cheeks inward to find the maximum depression. This keeps placement individualized rather than arbitrary. The procedure is done under local anesthesia after informed consent.

A natural dimple comes from muscle fibers tethering skin. Dimpleplasty aims to create a scar in the dermis that adheres to the underlying cheek muscle, so the skin pulls inward when you smile. The surgeon can remove a smaller or larger area and adjust fixation to change width and depth, but the final look depends on healing and muscle movement. The exact depth depends on anatomy and healing, not a fixed measurement. Early on the dimple may be visible at rest; over about four to six weeks it usually becomes more noticeable with smiling and resembles a natural dimple. Possible complications include asymmetry, sudden disappearance, infection, bleeding, nerve or salivary duct injury.

A natural dimple is a tether between skin and the cheek muscle. In this technique, a needle guides removal of mucosa, a small portion of cheek muscle and part of the fat pad while leaving skin and its deeper layer intact; the defect is widened and closed with absorbable stitches so raw areas adhere. A wider dimple needs a wider area removed, and smaller or larger areas can be scaled; bimanual palpation checks the indentation. Initially the dimple is static, then deepens with animation, and within four to six weeks it resembles a natural dimple that appears mainly on smiling. Possible complications include asymmetry, sudden disappearance, infection, bleeding, nerve or salivary duct injury.

A dimple forms when a scar in the dermis adheres to the underlying buccinator muscle, so surgery changes tissue support rather than only surface skin. The surgeon marks the site, often with your input in a mirror and by checking where your cheek hollows most when you suck in. To make a wider dimple, a wider area is removed; smaller or larger areas can be created or scaled down, and the indentation is confirmed by bimanual palpation. Location also depends on individual facial proportions, not one fixed point. This means size and placement are planned around your face, not a single standard point.

Natural cheek dimples usually come from a tethering effect where muscle fibers insert into skin. In surgery, the aim is to create a scar that adheres to underlying muscle so the dimple appears mainly when you smile. Positioning may use your own faint dimple, the point of maximum depression when you suck your cheeks in, or facial landmarks such as the angle of the mouth and outer eye corner. A facial-measurement study found optimal placement varies with facial proportions, and dimple size and shape patterns differ among facial forms. This is why a surgeon assesses your face rather than applying one fixed point to everyone.

Dimple creation makes a scar in the dermis adhere to underlying buccinator muscle, creating a dynamic dimple. A wider dimple needs a wider removed area so dermal and mucosal raw surfaces oppose and stick; smaller or bigger areas can be created or scaled down. The dimple is marked where a faint dimple already appears with smiling or where maximum depression occurs when you suck your cheeks in. The position is also guided by facial landmarks and your preference. Natural dimples appear only on smiling; after surgery an initially static dimple gradually becomes a hint at rest that accentuates on animation within 4–6 weeks.

A natural dimple comes from muscle fibers inserting into skin, creating tethering. Dimple creation aims to make a scar in the dermis adhere to the underlying buccinator muscle. To create a wider dimple, a wider area of mucosa, muscle and fat must be removed so the raw surfaces oppose and stick together; smaller or larger areas can be created or scaled down, and bimanual palpation can confirm the indentation. Because facial anatomy and healing vary, size is not simply chosen from a picture. Position is planned around your smile, facial symmetry and anatomy, not size alone. Healing also varies. Possible complications include asymmetry and sudden disappearance.

Natural dimples usually come from fibers of the zygomaticus major muscle inserting into the skin, creating a tethering effect. Dimple surgery aims to create a scar in the dermis that adheres to the underlying buccinator muscle, so the dimple shows with movement. The site is marked from your own faint dimple or facial landmarks, and the procedure is done under local anaesthesia. Different techniques exist, and the approach varies with facial anatomy and blood supply. Possible complications include asymmetry, sudden disappearance, infection, bleeding, or injury to a nerve or salivary duct. Good knowledge of facial anatomy helps deliver a good outcome. The procedure is usually performed as a daycare procedure.

A natural dimple is linked to a bifid zygomaticus major muscle tethering the skin. Dimpleplasty creates a scar that adheres to the underlying buccinator muscle, so the dimple appears mainly on smiling. Positioning is marked with you in front of a mirror; a faint pre-existing dimple or the matching cheek can guide symmetry, while landmark lines help when no dimple exists. A facial-measurement study compared Point A, the Khoo Boo-Chai point and a smile-dynamics point, finding preferences varied with facial ratios. It concluded optimal placement should consider individual facial proportions, and photographic planning tools may help counseling before choosing the site. Good knowledge of anatomy and facial shape also supports a good outcome.

A natural dimple comes from muscle fibers inserting into skin, creating tethering. Dimple creation aims to create a scar that adheres to the underlying buccinator muscle, so it appears with smiling. Placement may be guided by a pre-existing faint dimple, your preference in front of a mirror, and anatomical landmarks such as lines from the outer eye corner and mouth. A facial-measurement study found optimal placement should consider individual facial proportions, not only visual preference, for harmony with unique facial structure. Because faces are not perfectly symmetrical, exact matching cannot be guaranteed. Dr. Vishal Purohit can discuss these landmarks and your smile during consultation.

Natural cheek dimples are linked to how a facial muscle inserts into the skin. In dimpleplasty, a small incision is made, a little tissue is removed, and a stitch connects skin and muscle so a scar forms and adheres to the deeper muscle. It is usually performed under local anesthesia. The site is marked with you, often where a faint dimple appears or at a standard facial landmark. Possible complications include infection, bleeding, asymmetry, sudden disappearance, and injury to the buccal branch of the facial nerve or Stensen duct. The dimple may initially look static, then deepen with smiling over weeks. The important trade-off is a more defined dimple with a small scar and possible complications.

Natural cheek dimple position varies by facial form. In one observational study of 1,194 people, 216 had 336 natural dimples; facial forms were grouped as average, broad, or long and narrow. Most dimples in the long, narrow group were on the traditional Khoo Boo-Chai point, while average faces were mostly 4 mm forward and broad faces 3 mm above and behind it. A facial-measurement study found the traditional point preferred for elongated faces, another point for wider faces, and a smile-dynamics point for mid and lower facial dominance. These findings support careful individualized planning, not one universal mark for each patient.

Usually the ideal site is where a faint dimple already appears when you smile; you mark it, then gentle cheek suction helps locate the deepest point. If no pre-existing dimple, landmarks such as a vertical line from the outer corner of the eye and a horizontal line from the mouth corner or Cupid's bow may guide placement, though one method may sit too low. Symmetry is checked visually and with measurements. Placement too far laterally, beyond the lateral canthus, may risk facial nerve injury, so landmarks are used carefully. A facial-measurement study found preferred points varied with facial ratios, so placement should be individualized rather than based on sex alone.

Natural dimples come from dermal tethering by fibers of the zygomaticus major muscle. Dimpleplasty creates a scar in the dermis that adheres to the underlying buccinator muscle, so the dimple appears mainly on smiling. If one cheek already has a dimple, the other is marked at the corresponding site to aim for facial symmetry; without a pre-existing dimple, placement is guided by facial landmarks. The procedure is usually done under local anaesthesia after informed consent, with a small amount of tissue removed and a stitch used to create the dimple. Asymmetry is a listed complication, and other possible problems include sudden disappearance of the dimple, infection, bleeding, or injury to a nerve or salivary duct, so results vary.

A natural dimple comes from muscle fibers inserting into skin, creating tethering. Dimpleplasty aims to create a scar that adheres to the underlying buccinator muscle, so the dimple appears with smiling. The surgeon removes a small cylinder of mucosa, muscle and fat, then may widen the defect; smaller or larger areas can be created or scaled down, and bimanual palpation checks the indentation. The defect is then closed with absorbable suture to maintain it. If one cheek already has a dimple, the corresponding site on the other cheek is marked for symmetry. Asymmetry is listed among complications, so exact depth matching is not guaranteed.

Natural cheek dimples usually come from muscle fibers tethering the skin during smiling. Dimple surgery aims to create a scar in the dermis that adheres to the underlying buccinator muscle, so the indentation becomes dynamic rather than fixed. The site is often marked where a faint dimple already appears with smiling, or by facial landmarks; studies comparing placement points show preference varies with facial proportions. Because faces differ, the same point may not suit everyone. It does not promise perfect symmetry or an identical smile; asymmetry or sudden disappearance can occur. Healthy adults with realistic expectations benefit most, and keloid tendency warrants caution.

Natural cheek dimples come from facial muscle fibers attaching to skin. Surgery aims to create a scar in the dermis that adheres to the underlying buccinator muscle, producing a dynamic dimple that shows mainly when smiling. A small intraoral incision and dermomuscular fixation can create an immediate dimple that softens as healing progresses. Possible complications include asymmetry, infection, bleeding, nerve or duct injury, or sudden disappearance. Because only cheek dimples are offered, chin dimple creation is not combined. Healthy adults with realistic expectations benefit most; keloid tendency warrants caution. Placement is guided by facial anatomy and smile, with careful patient selection. The procedure is generally low-risk when performed with careful patient selection and precise dermomuscular fixation.

During preoperative consultation, the patient stands before a mirror and smiles naturally while the surgeon identifies the focal point of natural cheek depression. The patient confirms the exact location with a surgical marking pen, allowing personalized placement higher, lower, or slightly more anterior based on facial proportions.

Chin dimple creation involves an intraoral incision in the lower labial sulcus or a tiny submental nick, followed by separating a small strip of the mentalis muscle and anchoring the dermis to the periosteum of the mandibular symphysis with a permanent or long-acting suture.