English
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| Quantity: | |
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OSA-W10
OSAKADENTAL
9018499000
A 10-watt dental laser is a high-power device used in various dental procedures, particularly for curing resin materials and performing soft tissue surgeries. It emits intense, monochromatic light that can rapidly harden dental composites, but requires strict safety measures to prevent eye and tissue damage1. Proper training, protective eyewear, and correct operating techniques are essential to mitigate risks such as soft tissue burns and pulpal inflammation.
| Parameter | Specification |
|---|---|
| Output Power | 10 watts |
| Wavelength | Typically 400-500 nm (varies by laser type) |
| Application | Curing resins, soft tissue surgery (e.g., gingivectomy, operculectomy) |
| Safety Requirements | Protective eyewear, proper training, cooling techniques (e.g., air syringe use) |
| Potential Risks | Eye injury, tissue burns, pulpal inflammation if misused1 |
Dental Laser Usage Description (English)
A 10-watt dental laser is a versatile tool in modern dentistry, enabling precise soft tissue management for procedures such as gingivectomy, frenectomy, and crown lengthening. Its high-power output facilitates efficient ablation of inflamed gingival tissue while minimizing bleeding and post-operative discomfort. In endodontic applications, the laser aids in root canal disinfection by eliminating microbial biofilm, reducing the risk of reinfection. For restorative dentistry, it ensures rapid curing of composite materials, enhancing bond strength and reducing chairside time. However, strict adherence to safety protocols—including protective eyewear and proper cooling techniques—is essential to prevent thermal injury to adjacent teeth or oral mucosa.
A 10-watt dental laser is a high-power device used in various dental procedures, particularly for curing resin materials and performing soft tissue surgeries. It emits intense, monochromatic light that can rapidly harden dental composites, but requires strict safety measures to prevent eye and tissue damage1. Proper training, protective eyewear, and correct operating techniques are essential to mitigate risks such as soft tissue burns and pulpal inflammation.
| Parameter | Specification |
|---|---|
| Output Power | 10 watts |
| Wavelength | Typically 400-500 nm (varies by laser type) |
| Application | Curing resins, soft tissue surgery (e.g., gingivectomy, operculectomy) |
| Safety Requirements | Protective eyewear, proper training, cooling techniques (e.g., air syringe use) |
| Potential Risks | Eye injury, tissue burns, pulpal inflammation if misused1 |
Dental Laser Usage Description (English)
A 10-watt dental laser is a versatile tool in modern dentistry, enabling precise soft tissue management for procedures such as gingivectomy, frenectomy, and crown lengthening. Its high-power output facilitates efficient ablation of inflamed gingival tissue while minimizing bleeding and post-operative discomfort. In endodontic applications, the laser aids in root canal disinfection by eliminating microbial biofilm, reducing the risk of reinfection. For restorative dentistry, it ensures rapid curing of composite materials, enhancing bond strength and reducing chairside time. However, strict adherence to safety protocols—including protective eyewear and proper cooling techniques—is essential to prevent thermal injury to adjacent teeth or oral mucosa.
