The energy available to treat the dental pulp after transmittance through overlying structures is clinically important for determining photobiological effects. This ex vivo study aimed to quantify laser energy delivery though the dental crown to the pulp from an initial energy of 5 J using four common laser wavelengths (λ = 450, 650, 810, and 980 nm).
Discover the ultimate guide to choosing the perfect dental laser for your practice! This easy-to-read article breaks down the essentials of dental semiconductor lasers, focusing on wavelength (450nm, 650nm, 810nm, 980nm), power, and pulse mode. Whether you’re tackling gum surgery or pain relief, find the laser that fits your clinic’s needs. Get clear, actionable advice to enhance treatments and patient satisfaction
Our recent Dental Laser Seminar, co-hosted with TriGroup, was guided by Dr. Ayman Al-Aim, who led an enlightening session on the fundamentals of dental lasers.
980nm wavelength laser is a new method for Podiatry. The principle is to use 980nm wavelength laser to penetrate the skin, thereby killing fungi and inhibiting fungal growth.
Facial redness usually refers to the dilation and congestion of superficial blood vessels (capillaries, arterioles, and venules), forming a visible network of blood vessels. These enlarged blood vessels are located in the superficial tissues between the dermis (the middle layer of the skin) and the epidermis (the outermost layer of the skin).
It is well known that the advantage of endovenous laser therapy at 1470nm is the higher absorption coefficient of water compared to 980nm. Therefore, laser radiation can be applied precisely into the vein wall. Additionally, the process requires less total energy and generates lower heat.
Why choose S1-C10 blue light therapy for nasal polyps? All infrared laser (i.e. 810/980nm) can't avoid the procedure of activating the fiber tip at the first step, however, bene fited from the extraordinary absorption rate of blue wavelength in hemoglobin, tissue absorbs the energy at a non-contact mode.
In this exhibition, we will exhibit our dental laser S3 and H1. The lasers based on customer needs and clinical data to give you the best experience with the wavelength combination of 980nm, 650nm and 450nm.
Common wavelengths of diode laser include 810nm, 940nm, 980nm and 1064nm. The energy of these lasers mainly targets pigments, such as hemoglobin and melanin in soft tissues.
This video is from Dr Sana showing how to recontouring of the gingiva around the implant using the S1 Pioon Dental Laser.
