Dr. Jason Pang will talk about Photobiomodulation myths and facts. How to use lasers to improve healing, reduce inflammation and pain for general dentistry and orofacial pain conditions. The art and the science of this under-utilised treatment and how to avoid the pitfalls of over-treatment.
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.
Soft tissue treatment allows procedures to be performed on young children and infants who would otherwise require a general anesthetic.
Lasers are widely used in Orthodontics for aesthetic gingival recontouring, soft tissue crown lengthening, exposure of soft-tissue over the impacted teeth, removal of inflamed and hypertrophic tissue, frenectomy in case of highly attached frenum causing hindrance to tooth movement in diastema cases, tissue removal at the site for mini screw and Low Level Laser Therapy for reduction in pain experienced during the orthodontic therapy.
Dental lasers contribute significantly to the field of cosmetic dentistry, providing an invaluable resource for clinicians who perform different types of esthetic procedures.
Dental laser treatment for periodontal disease was one of the first reasons why the technology was developed. Diode lasers are able to help destroy infectious bacteria and remove heavy amounts of buildup.
Low level laser therapy (LLLT) is defined as laser treatment in which the energy output is low enough to produce nonthermal and biostimulatory effects. The mechanisms of effect of LLLT causing laser analgesia are due to the stabilization of depolarising potential of nerve fibres or effects on the cellular and biochemical processes of the inflammatory responses. It is a new treatment modality and has the advantages of being painless with no side effects.
Lasers have been used in dentistry for approximately two decades. For many intraoral soft tissue surgical procedures, the laser is a viable alternative to the scalpel. There are many categories of soft tissue procedures that can be treated by lasers
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.
Mercury-Dual wave is designed to make the dental soft tissue laser affordable to all the doctors so that they can enjoy the benefits of new technologies, bring better treatment to patients, and more reputations to their own clinics. The optimized control system and upgraded operating system redefines what the standard of smart dental lasers should be.
