Ankyloglossia

Minimally Invasive Surgery

A Precise Approach to Soft Tissue Procedures

The 10,600 nm COâ‚‚ wavelength is recognized as the gold standard for minimally invasive soft tissue surgery in general, oral and periodontal applications. Its ability to deliver controlled energy with exceptional accuracy makes it ideal for procedures such as incision and excision, gingivectomy, gingivoplasty, biopsies, operculectomy, ablation of soft tissue lesions and the treatment of aphthous ulcers, herpetic lesions, mucoceles and other common conditions. This advanced wavelength allows clinicians to work efficiently while preserving healthy tissue and improving overall patient comfort.

Precision and Control for Frenectomies

Lingual and labial frenectomies, including those performed on infants, demand the highest levels of accuracy to ensure safe and efficient treatment. The COâ‚‚ laser allows precise removal of targeted tissue while protecting adjacent structures, significantly reducing treatment time and postoperative discomfort. This level of control is especially important when managing ankyloglossia, commonly known as tongue tie, where a short or restrictive frenum limits the tongue’s range of motion and can impact feeding in newborns.

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Minimal bleeding for improved visibility

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Reduced postoperative edema and erythema

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Lower risk of thermal injury to non target tissue

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Faster, more comfortable infant treatment

Challenges of Traditional Surgery

Conventional surgical instruments often increase bleeding, reduce visibility and may lead to scarring or higher postoperative discomfort. Devices that rely on conductive heat transfer also pose risks to delicate tissues in the floor of the mouth. These limitations can extend treatment time, increase patient discomfort and affect overall healing quality. In contrast, laser energy with optimal absorption in soft tissue provides greater accuracy, reduced trauma and an improved healing environment.

The 10,600 nm Super Pulsed COâ‚‚ Advantage

The unique absorption characteristics of the 10,600 nm wavelength, combined with precise spot size and superior beam quality, enable efficient vaporization and a controlled depth of penetration. This results in optimal coagulation of blood vessels, reduced inflammation and minimized discomfort. The COâ‚‚ wavelength is also preferred for treating hypertrophic and atrophic scars, offering a safer and more predictable healing response compared to other technologies. Many procedures heal by secondary intention, requiring no sutures or dressings, which further enhances patient comfort.