Dr. Ben Sutter, DMD uses the 10.6-micrometer LightScalpel CO2 laser therapy for his patients to destroy the high-risk pathogenic bacteria (spirochetes and trichomonads) associated with periodontal disease. Dr. Sutter visualizes (via
ContinueLightScalpel is thrilled and proud to help support the Laser Dentistry education program at the School of Dental Medicine, University of Nevada, Las Vegas, NV. Dr. Peter Vitruk,
ContinueLightScalpel has returned from the Academy of Laser Dentistry 2015 meeting that took place on Feb. 5-7 2015 in Palm Springs, CA. Co-authored by Drs. Cobb, Kaplan, Levine, Linden, Nordquist,
ContinueMartin Kaplan, DMD, is an accomplished pediatric dentist in Bolton, MA. Although he has numerous lasers in his clinic, Dr. Kaplan chooses to use his LightScalpel CO2 laser to perform intraoral
ContinueMark your calendars for the exciting scientific reports from LightScalpel users on Laser-Assisted Treatments in Perio, Implants, as well as Pediatric and Special Needs Dentistry.
ContinueThe 10.6 micrometers CO2 laser is both an efficient and spatially precise photo-thermal ablation device and excellent coagulator because of the close match between its coagulation depth and the diameters
ContinueThe purpose of this study was to assess possible alterations in titanium implants in vitro & in vivo by use of the 10.6 micrometers CO2 laser & to determine whether
ContinueLightScalpel, Inc is introducing the next-generation 20 Watt soft tissue CO2 surgical laser, the LS-2010, featuring 1.75 meter flexible fiber, tipless focusing handpieces with new adjustable spot size option, all-metal
ContinueAn article by P. Wilder-Smith et al. entitled “Incision Properties and Thermal Effects of Three CO2 Lasers in Soft Tissue” reports sub-50 micrometer thermal damage zone thickness achieved with 0.25
ContinueDownload / Print PDF LightScalpel Legacy LightScalpel finds its roots in the revolutionary flexible CO2 laser fiber and all-metal CO2 laser tube technologies since it was introduced to dentists by
ContinueA new application for Dental Lasers might be rehabilitation of ailing implants. This study assessed 10.6 micrometer CO2 laser parameters for the decontamination process in vitro & evaluated the method
ContinueBy Robert D. Levine, DDS Director of Laser Dentistry, Assistant Professor – Clinical Dentistry. Arizona School of Dentistry & Oral Health: Mesa, Arizona Introduction Oral Irritation Fibroma is a common,
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