Orthodontic Exposure of Impacted Permanent Tooth using Soft Tissue Diode Laser
An impacted tooth simply means that it is “stuck” and cannot erupt into function.
An impacted tooth simply means that it is “stuck” and cannot erupt into function.
The outcome of root canal treatment is based on efficient disinfection of the root canal system and prevention of reinfection.
In this video, we’re honored to have Dr. Neha Pankey, reputed Pedodontist, laser specialist and Divas In Laser from India, to demonstrate root canal disinfection during pulpectomy using S1 Pioon laser at 980nm wavelength in deciduous molar.
Mercury-Pure blue laser is especially designed for those doctors who pursue simple and efficient procedures. Compared with the traditional infrared laser (i.e. 810/980nm), the blue laser provides fast incision and non-contact mode. And that means obviously increased patients’ satisfaction.
Today Dr. Sana Farista is going to demonstrate a procedure called LASER TROUGHING using S1 Pioon 980nm wavelength.
Previously Dr Sana discussed about the Non-ablative depigmentation technique using S1 Pioon laser at 450nm wavelength, and today she's here again to showcase the procedure of Ablative Gingival Depigmentation Technique using S1 Pioon laser at 980nm wavelength.
Today Dr. Sana Farista is going to talk about laser curettage/debridement using S1 dental laser- 980nm wavelength.
Today Dr. Neha Pankey, Pedodontist and Laser Specialist, Divas in Laser, is going to demonstrate an in vitro procedure on "Enamel welding of pit and fissures walls in primary molars". This procedure is done using S1 PIOON 980 wavelength.
In this video, we’re honored to have Dr. Neha Pankey, reputed Pedodontist, laser specialist and Divas In Laser from India, to demonstrate root canal disinfection during pulpectomy using S1 Pioon laser at 980nm wavelength in deciduous molar.
I have selected S1 Triple wavelength PIOON Laser, and I'll be using 980nm wavelength for the same procedure. Before we start the procedure, first very important step is to measure the biological width by bone sounding method. We will select 980nm wavelength and 400 micron tip.