Dimple Creation | Risks, Side Effects, and Complications

The procedure creates a scar in the dermis that adheres to the underlying cheek muscle, forming a dynamic dimple that appears mainly on smiling. It is usually done under local anaesthesia, often as a daycare procedure, with antibiotics and pain relief afterwards and careful oral hygiene. The dimple may look static at first, then resemble a natural dimple within four to six weeks. Position is usually marked with you, sometimes using a pre-existing faint dimple or facial landmarks, and the site is chosen to create symmetry if one cheek already has a dimple. Because the cheek contains important nerves and salivary ducts, careful technique matters.

The surgery aims to create a scar in the dermis that adheres to the underlying buccinator muscle, so the dimple appears with smiling. Because the cheek contains the buccal branch of the facial nerve and Stensen duct, careful technique matters. Reported complications include foreign-body reaction, infection, bleeding, nerve or salivary-duct injury, asymmetry and sudden disappearance of the dimple. After surgery, antibiotics and analgesics may be prescribed, oral hygiene is important, and patients are advised not to fully smile for the first two weeks. The dimple may look static at first, then resemble a natural dimple within four to six weeks. Most patients are discharged immediately after the procedure.

The procedure aims to create a scar in the dermis that adheres to the underlying buccinator muscle, so the dimple appears with smiling. It is usually done under local anaesthesia after informed consent; a small tissue fragment may be removed while the skin is left intact, so external scarring is not expected. Reported complications include foreign-body reaction, infection, bleeding, injury to the buccal branch of the facial nerve or Stensen duct, sudden disappearance of the dimple, and asymmetry. Careful anatomical knowledge, marking, and technique matter because the cheek contains important nerves and ducts. The trade-off is accepting a small scar and possible asymmetry for a dimple that shows mainly when smiling.

The procedure creates a scar in the dermis that adheres to the underlying buccinator muscle, so the dimple appears with smiling. Because the cheek contains nerves and salivary ducts, careful placement matters. Reported complications include sudden loss of the dimple, unevenness, foreign-body reaction, infection, bleeding, or nerve or duct injury. The dimple is marked where a faint depression already appears with smiling, or at a standard cosmetic point, and local anaesthesia is used. A small cylindrical fragment of mucosa, buccinator muscle and fat pad is removed while skin and dermis remain intact. Postoperative antibiotics and analgesics may be prescribed, and good oral hygiene is advised.

Swelling is the body’s response to surgery and happens in all patients, although severity varies widely. In facial cosmetic surgery, a certain degree of surface bruising and swelling is normal during the first two weeks. Swelling usually improves over time, even when it feels slow. Because dimple creation involves cheek tissues, mild puffiness can make the area look uneven at first; this does not necessarily mean a problem. If swelling persists, worsens, becomes painful, or is accompanied by redness or fever, you should be reviewed promptly to exclude infection or another complication. Careful follow-up helps distinguish expected healing from a complication.

The procedure creates a scar in the deeper skin layer that sticks to the underlying cheek muscle, forming a dimple that moves when you smile. The site is chosen with you, often where a faint dimple already appears when smiling. It is done under local numbing after marking the site; a small tissue cylinder is removed while the skin stays intact. Aftercare includes antibiotics, pain relief, good mouth hygiene and avoiding a full smile for two weeks. Listed complications are sudden disappearance, asymmetry, foreign body reaction, infection, bleeding and injury to a facial nerve branch or saliva duct. The procedure is usually done as day care.

Cheek dimple surgery creates a controlled adhesion between skin and underlying muscle, often through a small mouth-side approach under local anaesthesia. Bleeding is a recognized possible complication, and the cheek area generally has minimal bleeding after flaps. However, blood thinners or aspirin can cause excessive bruising that may spread into the neck and take about a week to fade; swelling may last months. Bipolar cautery may assist hemostasis. The procedure aims to create a scar in the skin that adheres to the buccinator muscle, so the dimple moves naturally with smiling. Because the cheek has rich blood supply and nearby structures, careful technique matters; nerve or salivary duct injury is also listed as a possible complication.

All suture material causes some foreign-body reaction. It usually shows as redness or sterile pustules along suture lines, and is expected when sutures stay more than ten days; redness and inflammation are expected phenomena, especially at sites where sutures remain longer. A less common delayed reaction is suture granuloma, or a spitting suture, appearing after one to four months as a papule or pustule; it usually has little effect on final cosmetic outcome. Prevention is unclear, though sutures placed too high in the dermis, too many knots, or suture material may contribute. A suture-related wound may look inflamed, develop papules or nodules, and sometimes open to form a fistula.

A natural dimple comes from a cheek muscle attaching into the skin. Surgery aims to create a scar in the dermis that adheres to the underlying buccinator muscle, so the dimple shows on smiling. The described technique marks the site, passes a needle guide, removes a full-depth tissue cylinder with a punch, and leaves skin and dermis intact. Because the buccal branch of the facial nerve and the salivary duct lie in this cheek region, careful anatomy and placement matter. The source lists nerve injury among complications, alongside foreign body reaction, infection and bleeding. Careful technique and anatomical knowledge are emphasized.

Natural dimples usually come from a cheek muscle fiber inserting into skin. Dimple surgery instead creates a scar in the deeper skin layer that adheres to the underlying cheek muscle, so the cheek can dimple with movement. The stitch passes through mucosa, muscle and fat. Complications can include foreign body reaction, infection, bleeding, asymmetry, sudden disappearance, or injury to a facial nerve branch or salivary duct. You are advised not to fully smile for the first two weeks. This tethering is intentional, but movement and healing need time. A nerve injury could affect cheek movement, although it is a possible complication rather than an expected result.

The surgery aims to create a scar in the dermis that adheres to the underlying buccinator muscle, producing a dynamic dimple. A small incision and tissue removal may be used, and a sling stitch can connect skin and muscle. Because the cheek contains important structures, complications can include injury to the buccal branch of the facial nerve or the Stensen salivary duct, plus infection, bleeding or foreign-body reaction. Numbness depends on whether a nerve is affected and how it heals. The procedure is usually performed under local anesthesia after informed consent, with careful technique to avoid injuring skin and dermis. Complications may also include sudden disappearance of the dimple or asymmetry.

A natural dimple comes from dermal tethering by the zygomaticus major muscle. The operation creates a scar in the dermis that adheres to the underlying buccinator muscle, so the dimple is usually static at first and then deepens with animation. It may resemble a natural dimple within four to six weeks. Listed complications include sudden disappearance, asymmetry, infection, bleeding, foreign body reaction, and injury to the buccal branch of the facial nerve or Stensen duct. You are advised not to fully smile during the first two weeks while healing settles. Because the buccal branch helps cheek movement, any nerve injury could affect expression on that side, although this is a listed risk rather than an expected result.

The procedure creates a scar that tethers skin to the buccinator muscle, often using a punch or suture through the cheek. Because the Stensen duct runs in this region, careless dissection or deep tissue removal can damage it; cheek lacerations can also injure the parotid duct. If injury is suspected, the duct may be located inside the mouth opposite the second upper molar and stented; untreated injury can lead to sialocele or cutaneous fistula. The source lists this among complications of dimple surgery, alongside nerve injury, bleeding, infection and asymmetry. Good knowledge of facial anatomy and vascularity is emphasized for safe outcomes, and a skilled surgeon uses careful technique to reduce this risk.

Dimpleplasty creates a scar that adheres cheek skin to the underlying buccinator muscle, so the dimple appears with animation. Dimple surgery can be performed under local anesthesia after informed consent by a skilled dermatologic surgeon. The defect size and suture placement influence width and depth; bimanual palpation can confirm indentation and allow scaling. Initially static, it deepens on animation, then gradually resembles a natural dimple within 4–6 weeks. Reported complications include sudden disappearance and asymmetry, not excessive depth. Thread-related dimples can sink if insertion depth is inconsistent, but that is a different mechanism. The site is marked by the patient in front of a mirror, and a faint pre-existing dimple may be made more prominent.

Dimpleplasty creates a scar in the dermis that adheres to the underlying buccinator muscle, forming a dynamic dimple that appears mainly on smiling. Placement is individualized: if one cheek already has a dimple, the corresponding site is marked on the other cheek, and optimal location also considers individual facial proportions rather than visual preference alone. Because natural faces are not perfectly symmetric, created dimples may not match exactly, and asymmetry remains a recognized complication. Initially there is a static dimple that deepens with animation, and it usually resembles a natural one within four to six weeks. Complications also include sudden disappearance, infection, bleeding, foreign body reaction, and nerve or salivary duct injury.

Dimpleplasty creates a small scar in the skin that sticks to the underlying cheek muscle, so the dimple shows when you smile. The site is marked while you smile, sometimes using gentle suction; if one cheek already has a dimple, the matching spot is marked on the other cheek. Without a natural dimple, landmarks such as lines from the mouth corner and outer eye corner guide placement, though one described point may sit too low. The position can also be marked by you in front of a mirror, and the ideal spot is where a faint dimple already appears when smiling. Careful marking helps reduce unevenness, but perfect symmetry cannot be guaranteed.

Dimpleplasty carefully uses a small internal incision and an absorbable suture to bring skin and muscle together. The supplied available evidence lists foreign-body reaction, infection, bleeding, nerve or salivary-duct injury, asymmetry and sudden disappearance among possible complications in some patients. A rare case report described actinomycosis after cheek dimple creation surgery as a chronic tender nodule with pus discharge inside the cheek. So a firm or tender area is not automatically normal healing, but the evidence does not give its frequency or a fixed timeline. Because the evidence is limited, any persistent firm, tender or draining area should be examined promptly by a clinician rather than assumed to be normal healing now.

Dimple creation aims to create a scar in the deeper skin layer that adheres to the underlying cheek muscle, forming a dimple that shows when smiling. Because the procedure involves the cheek and mouth area, infection remains a possible complication. General facial surgery sources describe early infection signs such as redness, swelling, pain, acne-like or nodule changes and fever; after surgery, infection may also cause pain, swelling and tenderness greater than expected. These signs do not prove infection, but they should be checked. The dimple source lists infection among complications and advises antibiotics, pain relief and good oral hygiene after surgery.

Dimple creation makes a scar that tethers cheek skin to the buccinator muscle, so the dimple appears with smiling. It is usually a day case under local anaesthesia. Reported complications include infection, bleeding, foreign-body reaction, nerve or salivary-duct injury, asymmetry and sudden disappearance. Brief oral antibiotics may support recovery. Avoid fully smiling for two weeks. The dimple usually resembles a natural one within four to six weeks. Healthy adults with realistic expectations benefit most; keloid tendency warrants caution. Placement and symmetry are discussed before surgery, and the dimple may look static before softening. Because the cheek contains important nerves and ducts, careful surgical technique matters.

The procedure aims to create a scar in the dermis that adheres to the underlying buccinator muscle, becoming a dynamic dimple. Reported complications include foreign-body reaction, infection, bleeding, and injury to the buccal branch of the facial nerve or the Stensen salivary duct. Aftercare includes antibiotics and analgesics, good oral hygiene, and avoiding a full smile for two weeks. The dimple usually resembles a natural dimple within four to six weeks. General wound-care guidance also says sharp or throbbing pain not relieved by prescribed analgesia needs immediate investigation for you to know and follow-up with your surgeon as advised after surgery.

Dimple creation works by creating a scar that tethers the cheek skin to the underlying buccinator muscle, so the dimple shows mainly on smiling. The supplied dimple sources list possible complications but do not give a reliable onset timetable for them. A thread-lifting dent can appear days to weeks later, but that is a different procedure and should not be transferred to surgical dimple creation. No source here confirms that dimple creation complications typically appear several weeks later; timing should be discussed individually. Your individual risk depends on anatomy, technique, healing and follow-up, and any concerning change should be reviewed promptly with your surgeon during follow-up visits and not delayed if concerning.

The procedure creates a scar in the dermis that adheres to the underlying cheek muscle, forming a dynamic dimple through a small incision inside the cheek without a skin incision. Because the cheek contains facial nerve branches and a salivary duct, careful technique matters. The evidence describes dimpleplasty as low-risk with high satisfaction when patient selection is careful, and notes keloid tendency warrants caution. It is usually done under local anaesthesia, with general anaesthesia available on request and no sedation; the internal stitch dissolves and is not removed. Brief oral antibiotics support recovery, and soreness, tightness and swelling usually last about one month. Follow-up reviews occur around day 7, one month and three months.

Dimple creation aims to create a scar in the dermis that adheres to the underlying buccinator muscle, forming a dynamic dimple. Complications listed include sudden disappearance, asymmetry, foreign body reaction, infection, bleeding, and injury to the buccal branch of the facial nerve or Stensen duct. Risk reduction includes good knowledge of anatomy, especially vascularity and facial shape, careful screening through medical history and tests, avoiding cosmetic surgery when a pre-existing condition indicates risk, individualized anesthetic choice and dosage, an operating plan suited to tissue type, and constant monitoring. Postoperative care includes antibiotics, analgesics, good oral hygiene, and avoiding a full smile for the first two weeks.

The operation creates a scar in the dermis that adheres to the underlying buccinator muscle, producing a dynamic dimple. It may be performed by a skilled dermatologic surgeon under local anaesthesia after informed consent, with careful marking and tissue removal. Reported complications include sudden disappearance, asymmetry, foreign body reaction, infection, bleeding and injury to the buccal branch of the facial nerve or Stensen duct. Good knowledge of facial vascularity and shape matters, and a surgeon's experience with an approach can affect comfort and control. Careful patient selection and clear discussion of expectations are important. The source describes it as a simple, safe daycare procedure with expected minimal morbidity, but complications remain possible.