LX16 PLUS

Woodpecker LX16 Plus High Power Diode Laser Woodpecker LX16 Plus is a new generation of high-power lasers with three wavelengths (blue, red, infrared diode), it is an ideal tool for all types of therapy used in dentistry. Touch 5-inch screen with a ergonomical user interface design, high-performance lithium battery (use for up to a week on one charge) and autoclavable quick-release fiber tips make it a simple, reliable and sterile product. The simplest principle of operation of a dental laser is the oscillation of a light beam between optical mirrors and lenses, which takes effect with each cycle. When sufficient power is reached, the beam is emitted Wide scope: In aesthetic dentistry, it is used to change the contour of the gums, the shape of the gum tissue to form a beautiful smile, effective and painless laser teeth whitening while maintaining a stable result for a long time. Laser whitening occurs due to the chemical reaction of the gel, which is activated in microcracks on the surface of tooth enamel with an intense laser beam, due to the moderate temperature, the tooth pulp does not overheat Endodontic sterilization (used for disinfection of the root canal in pulpitis and periodontitis, the effectiveness of bactericidal action is 100%.) Can be used for surgery of soft tissues of teeth Periodontal sterilization Periimplantitis Low intensity laser therapy Teeth whitening Operating modes: 976 nm is a traditional infrared dental laser, it is believed that this wavelength is the most effective in dentistry. Due to its deep penetration into tissues, it is widely used to reduce the number of bacteria in periodontal and endodontic diseases This wavelength is also suitable for high power laser (HPLT) treatment and reduction of TMJ (temporomandibular joint) pain The 650 nm laser is used for effective low-level laser therapy (LLLT), which promotes wound healing and biostimulation of dental surgery The innovative laser technology with a wavelength of 450 nm is ideal for cutting soft tissues, ablation, coagulation and cutting/removal. At a wavelength of 450 nm, the hemoglobin absorption constant is two orders of magnitude for conventional lasers (for example, 980 nm/810 nm), so only very low laser power is required to complete processing, and thermal tissue damage during processing is extremely low.