Together with Pedro Morales Pilar Martín Santiago and global clinical experts, the discussions at the Fabric Regeneration Days highlighted how laser technology, regenerative concepts, and minimally invasive approaches are reshaping modern dental practice.
Discover the 1470nm diode fractional laser handpiece designed for precise dermal stimulation and effective skin rejuvenation. Utilizing advanced diode fractional technology, it promotes collagen remodeling while maintaining minimal downtime.
High-performance Polyimide-coated Optical Fiber for medical diode lasers. Features 300°C heat resistance for Proctology, Vascular (EVLT), Dentistry, ENT, and Aesthetics. This polyimide optical fiber ensures reliable energy transmission and mechanical strength for precise clinical outcomes.
450nm wavelength uses the ultra-high melanin and hemoglobin absorption in human tissus to increase the tissue temperature and directly cause tissue vaporization, so the cutting efficiency is much higher. Furthermore, its absorption in water is lower than conventional infrared diode lasers, leading to the minimal collateral thermal damage.
The S1-C10 450nm Diode Laser is designed to support a wide range of ENT treatments, delivering precise, controlled performance for procedures such as laryngeal papilloma, tonsillectomy, and vocal cord tumor management.
It’s inspiring to see the PIOON H1 Diode Laser applied directly within real clinical workflows, supported by experienced clinicians and academic professionals.
We are pleased to see our S3 450 nm blue diode laser utilized in a randomized clinical study published in Lasers in Medical Science.
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 Learn differences in power, safety, speed, and clinical results, plus why UV is obsolete and how temperature control improves treatment outcomes.
Experience 360° precision with Pioon Dental Radial Fiber Tips — ideal for periodontal pockets, root canal disinfection, and peri-implant care.
Discover how 660 nm and 810 nm low-level diode lasers effectively reduce dentin hypersensitivity. This comparative clinical study evaluates pain reduction, treatment comfort, and long-term outcomes in patients using two wavelengths. Results demonstrate that both lasers significantly alleviate sensitivity, with the 810 nm wavelength showing slightly greater efficacy
