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Lasers offer a minimally invasive way to perform biopsies on soft tissue. They offer precise cutting with coagulation, which leads to less bleeding and quicker healing.

Utilizes laser to remove decayed tooth structure. Advantages include precision decay removal, preservation of more healthy tooth material, and a potentially less daunting experience for patients.

Used to treat snoring and sleep apnea by removing or reshaping the uvula and surrounding tissue. Benefits include less post-operative pain and a non-invasive approach compared to traditional methods.

Suitable for both hard and soft tissue applications, such as cavity preparation and bone surgery. Advantages include less heat and vibration, reducing patient discomfort.

Lasers help in decontaminating implant surfaces and promoting osseointegration. Benefits include reduced inflammation and enhanced bone healing around the implant.

Used for soft tissue surgeries and for the removal of benign tumors. Provides benefits such as minimal blood loss and precision cutting with less damage to surrounding tissues.

Used for soft tissue procedures like gum reshaping and bacterial reduction. Advantages include precision, reduced bleeding, and faster healing.

Laser acts as a catalyst in the bleaching process for faster and more effective whitening. Advantages are improved comfort, quicker treatment times, and long-lasting results.

Treatment for lip tie or tongue tie, which involves the removal or modification of the frenum. Lasers provide a less painful procedure with less bleeding and no need for sutures.

Uses low-level laser therapy for pain and inflammation management. Benefits include promoting tissue healing, non-invasive treatment, and analgesic effects without medication.

Used in the treatment of gum disease to remove infected tissue and promote regeneration of healthy tissue. Benefits include targeted precision and reduced trauma to the gum tissue.

Primarily used for periodontal treatments, such as improving gum health. Benefits include effective targeting of bacteria and stimulation of regenerative processes.

Lasers are used in root canal treatments to clean and disinfect the root canals. They offer advantages like improved bacterial eradication and reduced use of chemical disinfectants.

Laser utilized to remove diseased gingival tissue and reshape healthy gums. Offers precision, reduced risk of infection, and faster healing versus conventional surgery.

Lasers are used to reshape excessive gum tissue for aesthetic improvements. Advantages include rapid recovery, minimal discomfort, and a reduced need for sutures.