The diode laser dentistry with a wavelength of 980nm irradiates biological tissue and can be converted into heat energy absorbed by the tissue, resulting in biological effects such as coagulation, carbonization, and vaporization.
Diode lasers dentistry use these biological effects to treat oral diseases. For example, by irradiating tissue or bacteria with low-power laser, coagulation and denaturation of tissue protein or bacterial protein can be produced. Coagulation and denaturation of ulcer tissue protein and nerve endings can relieve ulcer pain and accelerate ulcer healing. Laser irradiation in the periodontal pocket can kill bacteria and create a local environment conducive to periodontal healing.
When the dental laser power is increased, the optical fiber after initiation treatment will converge to form a very thin beam on the surface of the tissue, and the high temperature generated can vaporize the tissue to achieve the cutting effect. At the same time, the protein in the blood denatures and coagulates after being heated, which plays the role of hemostasis.
The diode laser dental treatment, It can also cut the soft tissue very fast and smoothly with less blood and less pain than ordinary dental surgery device. Aside from an application in soft tissue surgery, it is also used for other treatments such as decontamination, biostimulation and tooth whitening.
Gingival Troughing for Crown Impressions
Gingivectomy & Gingivoplasty
Gingival Incision & Excision
Soft-Tissue Crown Lengthening
Hemostasis & Coagulation
Fibromal Removal
Incision & Drainage of Abscess
Oral Papillectomies
Reduction of Gingival Hypertrophy
Treatment of Canker Sores, Herpetic & Aphthous Ulcers of the Oral Mucosa
Sulcular Debridement (Removal of Diseased, Infected, Inflamed, & Necrosed Soft-Tissue in the Periodontal Pocket to Improve Clinical Indices Including Gingival Index, Gingival Bleeding Index, Probe Depth, Attachment Loss, & Tooth Mobility)
Laser Soft-Tissue Curettage
Laser Removal of Diseased, Infected, Inflamed & Necrosed Soft-Tissue Within the Periodontal Pocket
Removal of Highly Inflamed Edematous Tissue Affected by Bacteria Penetration of the Pocket Lining & Junctional Epithelium
It is highly absorbed by water, making it effective for cutting and coagulating water-rich tissues.
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