What are the applicable wavelengths for PLDD?
For PLDD, the current mainstream wavelength choice is 980nm because 980nm has been clinically proven for a long time in terms of tissue absorption and widely accepted by physicians worldwide.
For PLDD, the current mainstream wavelength choice is 980nm because 980nm has been clinically proven for a long time in terms of tissue absorption and widely accepted by physicians worldwide.
It is well known that the popularity of oral implants is increasing every year as people's living standards improve. The number of patients with peri-implantitis has increased rapidly in recent years due to the treatment conditions and the lack of awareness of patient protection at a later stage. If peri-implantitis is not treated promptly and effectively, it can lead to the loss of the implant.
Percutaneous laser disc decompression (PLDD) is a procedure in which a surgical fiber probe is inserted into the disc space and the laser energy emitted by the fiber is applied to vaporize and ablate the nucleus pulposus to achieve decompression and neuromodulation and thus pain relief. It is a minimally invasive surgery with significant clinical advantages and falls under the category of percutaneous intervertebral surgery.
Here is the management of Aphthous Ulcer using LLLT by Dr. Sana Farista. LLLT is the acronym for Low Level Laser Therapy, where very minimal amount of energy is used to reduce pain, discomfort and to fasten the healing of Ulcer.
Today Dr. Sana Farista is showcasing a procedure of Frenotomy using S1 Pioon laser, 980nm wavelength. Frenotomy is done to the relieve high frenal attachments/ muscle pull.
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.