Clear comparison of LED vs 450 nm diode laser whitening. Learn differences in power, safety, speed, and clinical results, plus why UV is obsolete and how temperature control improves treatment outcomes.
This review examines the effectiveness of laser-assisted teeth bleaching on natural teeth and dental restorative materials, adhering to PRISMA guidelines. The study includes both in vitro and in vivo laser conditioning studies with color evaluation and a control group
This review synthesizes findings from 67 studies (2018–2023) on laser technology in dentistry, focusing on its clinical applications, benefits, and challenges. It highlights advancements like photobiomodulation for tissue healing and inflammation management, as well as novel uses in implantology, endodontics, and teeth whitening. Lasers enhance treatment precision and patient outcomes but face barriers such as high costs and training requirements. The review advocates for integrating lasers into
This review explores the use of blue wavelength lasers (445–450 nm) in dentistry, highlighting their advantages in soft tissue surgery, microbial reduction, and teeth whitening. It emphasizes their high absorption by hemoglobin and melanin, making them efficient for precise cutting with minimal thermal damage when properly controlled.
Used for teeth whitening, it can divide the teeth area into four quadrants, with the whitening head precisely the width of one quadrant.
This S3 blue dental laser can precisely cover 8 major clinical categories and offer up to 57 treatment protocols. Whether you are dealing with soft tissue surgery, teeth whitening, implant treatment, or others, it provides the best solutions you need, ensuring safety and accuracy with every use.
A dental laser uses a very thin yet powerful beam of light energy to address any dental issues. Because the laser virtually eliminates any heat, pressure or vibrations, the dental patient will experience a substantial amount of lesser pain or even no pain at all.
