Molly Gunsaulis, DDS, who recently purchased a LightScalpel CO2 laser for infant frenectomies, shares her story about switching from a diode to the LightScalpel CO2 laser.
ContinueSearch Results for “Soft Tissue Lasers in Dentistry”
Proper orofacial function in patients can be restored through an extensive functional release of restrictive lingual frenum. The functional release is achieved through the SuperPulse CO2 laser frenectomy accompanied by the tongue mobility assessment; and mandatory OMT.
ContinueSee two case studies by Martin Kaplan, DMD, as he uses his 10,600-nm CO2 laser to perform frenectomies in pediatric patients.
ContinueSome laser dentistry educational programs and publications include misinterpretations about soft- and hard-tissue laser science and safety. In this article, Dr. Vitruk discusses some important laser-tissue interaction concepts including absorption spectra, hot glass tips, and plasma plumes.
ContinueBrynn Leroux, DDS had her own tongue tie released with her diode laser 9 months ago. Dr. Leroux’s tongue-tie was fully released but had scar tissue development over time, reducing her range of motion. Her partner, Robert Delarosa, DDS, completed the tongue release with the LightScalpel laser and eliminated the scar tissue.
ContinueUpcoming chance to meet and learn from Martin Kaplan, DMD, at the American Academy of Pediatric Dentistry Annual Session 2017, May 26-28 in Washington, D.C. Download / Print as PDF
ContinueThe LightScalpel Laser User Symposium brought together clinicians from different fields of dentistry and medicine. This event was a unique opportunity for the exchange of interdisciplinary ideas with the goal of
ContinueThe LightScalpel User Symposium (jointly organized with GLOH) was held during the ALD 2017 Annual Meeting in Tucson, AZ, April 7-8, 2017. The Symposium brought together clinicians from different fields of dentistry and
ContinueA tongue-tie functional release includes mandatory pre- and post myofunctional therapy and the CO2 laser frenectomy, preferably under topical anesthesia and combined with Tongue Movement Assessment to achieve optimal function.
ContinueThis article focuses on a carbon dioxide laser vestibular extension procedure performed in a patient with Klinefelter syndrome, which is caused by a chromosomal abnormality.
ContinueClinical efficacy is largely based on the CO2 laser's excellent coagulation properties because of the close match between coagulation depth and gingival blood-capillary diameters. The CO2 laser also minimizes damage to surrounding tissues, reduces postoperative swelling and edema, and lowers the risks of complications, making it a superb surgical solution for mucocele removal.
Continue