Laser technology is orthodontist near me becoming a must-have armamentarium in the orthodontist’s clinical practice because of its advantages, including precision level, minimal side effects and biocompatibility. In the literature, laser systems have been indicated for soft tissue procedures, such as gingivectomy, operculectomy, ablation of minor aphthous ulceration and frenectomies; and as an aid in etching operations and for reducing relapse after orthodontic treatment [1, 2]. Laser scanning has also become an important modality for establishing databases for normative populations and cross-sectional growth changes and is used to evaluate clinical outcomes in orthognathic surgical and nonsurgical treatments.

Recent studies have shown that low-level laser irradiation has antibacterial effects and may help reduce pain and inflammation during periodontal adjunctive orthodontic treatment in periodontally compromised patients. The fluctuation pattern of the GCF pain-related cytokines is reduced in the laser-irradiated group, and the results show that LLLI reduces inflammation and pain during orthodontic tooth movement, allowing for a better patient experience – even in periodontally compromised patients [3, 4].

Oral Hygiene During Treatment: Keeping Your Smile Healthy With Invisalign

Lasers are gaining importance in the orthodontist’s clinic for managing hard and soft tissues and for manufacturing purposes like welding bracket joints or scripting numbering code on the brackets. In addition, they provide a more comfortable postoperative phase for the patients with less pain and discomfort. Lasers can be used to disinfect teeth and gum tissues prior to a filling procedure, which increases bond strength, decreases sensitivity and helps prevent cavities in the future. They can also be used to treat aphthous ulcers and reduce the risk of infection by eliminating bacteria.