☑ Dental Diode Laser Wavelength

Laser is an acronym that stands for light amplification by stimulated emission of radiation. Light is measured in wavelengths.

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Lazon 810nm 980nm Dual Wavelength Dental Diode Laser

Photon 3 watt dental diode laser.

Dental diode laser wavelength. To understand how the laser light cuts the soft tissue clinicians should examine how its absorption coefficient spectrum 1 5 applies to the three wavelength groups of practical dental lasers presented in figure 1. Light spectrum in addition to wavelength where a laser falls on the light spectrum will greatly influence its properties. Dental laser wavelengths are diodes 830 1064nm ndyag 1064nm erbium 2790 2940nm and co2 93 106nm.

And circa 10000 nm co 2 lasers. Every wavelength has a specific thermal output and specific tissue interaction that is always predictable. The near ir diode.

Laser tissue interaction each wavelength has a somewhat unique effect on dental structures due to the specific absorption of that laser energy in the tissue. Some lasers are absorbed by blood and tissue pigments while others are absorbed by water as well as hard tissue like enamel dentin and bone. Diode lasers wavelengths in the 8101100 nm range are poorly absorbed by the soft tissues such as the gingivae and cannot be used for soft tissue cutting or ablation.

4 5 7 8 instead the distal end of diodes glass fiber is charred by burned ink or by burned corkwood etc and the char is heated by the 810 1100 nm laser beam which in turn heats up the glass fiber tip. Most dental lasers fall into the infrared zone which is just to the left of visible light. Dental diode lasers sometimes called soft tissue lasers are ideal for procedures that involve cutting or contouring oral soft tissues.

Circa 1000 nm diodes and ndyag laser. As a clinical tool diode lasers offer a wide range of clinical treatment possibilities as they are capable of creating precision cuts in gingiva and other soft tissues while also eliminating bleeding at the site and reducing the healing time for the patient. There are 20 unmatched pre set programs that are fully editable.

The small size makes it easy to store and carry the photon 3 watt dental diode laser is quite small and this makes it. For example diode lasers which are the most commonly used lasers by rdhs come in either 810 nm 910 nm or 980 nm wavelengths. The photon 3 watt is an ideal dental diode laser with 810nm diode flexibility and complete portability has built in tutorials and the best multi lingual interface.

At atrium dental we use a diode laser as adjunctive treatment to eliminate or lower gum pathogens that contribute to gum disease. 1 manufacturers have produced lasers in wavelengths ranging from 810 nm to 1064 nm 2 and they make a variety of claims as to why their wavelength is the best. A laser is a photo thermal device that produces a monochromatic coherent and collimated light with a specific wavelength that acts directly on cellular structures destroying cell walls altering dna modifying.

A study by cecchetti et al demonstrated that when comparing light energies in the near infrared range the 980 nm nanometer wavelength used by a few diode lasers is absorbed more than 10 times greater than the 810 nm wavelength that is used by most diode lasers and three times more than the 1064 nm of the ndyag lasers. Circa 3000 nm erbium lasers. Diode laser technology has been available to the dental profession for at least 20 years.