Fotona Laser Dentistry

The Fotona LightWalker laser delivers advanced periodontal treatment using two clinically distinct wavelengths. The Er:YAG wavelength provides precise removal of infected soft tissue and calculus within the periodontal pocket. The Nd:YAG wavelength penetrates deeper into soft tissue to achieve biomodulation, hemostasis, and bacterial decontamination at a level conventional instruments cannot reach.

Unlike conventional periodontal surgery, laser periodontal therapy does not require incisions or sutures. The laser targets pathogenic bacteria and diseased tissue within the pocket while promoting biologic reattachment of healthy tissue to the root surface. Recovery is significantly faster than surgical alternatives, with minimal post-operative discomfort for most patients.

Treatment is indicated for patients with moderate to severe chronic periodontitis, peri-implantitis, or recurrent periodontal disease not responding adequately to conventional scaling. Outcomes are monitored through serial periodontal probing, radiographic bone level assessment, and regular supportive maintenance.

Periodontal disease is a chronic bacterial infection affecting the supporting structures of the teeth — gingival tissue, periodontal ligament, and alveolar bone. If left untreated, progressive bone loss leads to tooth mobility and eventual tooth loss. Periodontal disease is also associated with systemic conditions including cardiovascular disease, diabetes, and adverse pregnancy outcomes.

Treatment is tailored to the severity and extent of disease. Mild to moderate cases are managed with thorough scaling and root planing. More advanced disease involving significant pocket depths or bone defects is treated using the Fotona dual-wavelength laser system, which allows bacterial decontamination and tissue biomodulation beyond what conventional instrumentation achieves.

All periodontal treatment is followed by a structured maintenance protocol to monitor clinical stability and prevent recurrence.

Gingival depigmentation removes or reduces melanin pigmentation from gum tissue, producing a uniformly pink, aesthetically harmonious gingival appearance. Pigmentation is a natural and common variation in individuals with higher melanin levels, and the procedure is elective and cosmetically motivated.

The Fotona Er:YAG laser provides a precise, controlled, and virtually bloodless approach to gingival depigmentation. The procedure is performed under local anesthesia, with fast tissue healing and minimal post-operative discomfort. Results are typically long-lasting, though some degree of repigmentation may occur over time depending on individual melanocyte activity.

The Fotona laser is used for the treatment of a range of intraoral soft tissue lesions, including aphthous ulcers (canker sores), herpetic lesions (cold sores), and other benign mucosal conditions. Laser biostimulation at the appropriate wavelength and dosimetry accelerates tissue repair, reduces pain, and shortens the duration of active lesion episodes.

For recurrent herpes labialis or intraoral herpetic lesions, early laser intervention at the prodromal stage can prevent full outbreak development. Treatment is brief, requires no anesthesia, and provides rapid symptomatic relief for most patients. The procedure may also be used to ablate fibromas, papillomas, and other benign soft tissue growths when biopsy or removal is clinically indicated.

A frenectomy is the surgical release or removal of a frenum — a band of soft tissue connecting the lips, cheeks, or tongue to the oral mucosa or gingival tissue. Restricted frena can cause tongue mobility limitations (ankyloglossia/tongue-tie), gingival recession at the site of attachment, or spacing between adjacent teeth.

Lingual frenectomy (tongue-tie release) is indicated when restricted tongue mobility affects swallowing, speech, oral rest posture, or orthodontic treatment outcomes. Labial frenectomy is indicated when a thick or low maxillary frenum contributes to a diastema or gingival pull.

Frenectomies at Aloha Dental Group are performed using the Fotona Er:YAG laser, providing a precise, suture-free procedure with minimal bleeding and faster healing than conventional scalpel techniques.

Periodontal surgical procedures are indicated when non-surgical treatment has not achieved adequate reduction in pocket depths, or when the anatomy of the defect requires direct surgical access for effective debridement and possible regenerative intervention.

Surgical procedures include open flap debridement for access to deep root surfaces, osseous surgery to correct irregular bone topography, and guided tissue regeneration where bone and attachment reconstruction is clinically appropriate. Surgical treatment is undertaken in cases where the clinical prognosis supports the benefit of intervention.

Where surgical complexity or patient preference warrants specialist involvement, Dr. Bennett refers to a trusted periodontist with full case coordination. Post-surgical care and maintenance are provided at Aloha Dental Group.

Excessive gingival display can result from altered passive eruption, vertical maxillary excess, or hyperactive upper lip musculature. Accurate diagnosis of the underlying etiology is essential to selecting the correct treatment approach and predicting a stable long-term result.

When altered passive eruption is the cause — the most common scenario — laser gingivectomy and gingival recontouring using the Fotona Er:YAG system is an effective, minimally invasive solution. The laser allows precise, controlled reshaping of the gingival margin to reveal more clinical crown length, performed under local anesthesia with minimal post-operative discomfort and fast tissue healing.

Pre-treatment evaluation includes osseous sounding to assess the position of the underlying alveolar bone crest. Where bone crest position requires it, osseous crown lengthening is incorporated and discussed with the patient before treatment proceeds.

Fotona laser therapy is used as a direct, tissue-level intervention for airway soft tissue conditions — complementing the systemic and appliance-based approaches to airway management. Using the Er:YAG wavelength, the laser remodels and tightens the soft palate, oropharyngeal tissue, and tonsillar pillars, reducing tissue redundancy and collapsibility that contributes to airway obstruction.

This treatment is used in a broader clinical context than snoring-specific NightLase® — including adjunctive treatment for mild OSA, post-surgical tissue rehabilitation, or as part of a multi-modality airway treatment plan. Protocols are individualized to the patient's anatomy, symptoms, and diagnostic findings.

As with all laser airway treatments, patients with suspected or confirmed OSA are evaluated with appropriate sleep diagnostic testing before treatment is initiated, and medical co-management is maintained where indicated.