Introduction to Intraoral Scanners
Intraoral scanners are high-tech devices used for oral diagnosis and treatment. They use digital technology to convert information such as the shape, structure, and color of the oral cavity into digital signals, thereby achieving three-dimensional reconstruction and digital processing of the oral cavity. Currently, intraoral scanners have become an essential tool for dentists and dental technicians.
Technical Parameters of Intraoral Scanners
Resolution
Resolution is one of the important technical parameters of intraoral scanners, determining the smallest size the scanner can recognize. Generally, the higher the resolution, the clearer the scanned image and the more accurate the representation of details inside the oral cavity. Currently, the resolution of intraoral scanners on the market is generally between 10-20 μm.
Depth
Depth refers to the maximum depth that an intraoral scanner can recognize; that is, the limited depth it can scan inside the oral cavity. Generally, the greater the depth, the deeper the scanner can scan. Currently, the depth of intraoral scanners on the market is generally between 10-25 mm.
Light Source
Light source is another important parameter of intraoral scanners, determining the illumination effect inside the oral cavity. Generally, the stronger the light source, the clearer the scanned image and the more accurate the detail representation inside the oral cavity. Currently, intraoral scanners on the market generally use LED or laser light sources.
Speed: Speed refers to the scanning speed of the intraoral scanner, that is, the time taken for one scan. Generally, the faster the scanning speed, the higher the operational efficiency and the better the patient experience. Currently, the scanning speed of intraoral scanners on the market is generally between 30-60 seconds.
Application Areas of Intraoral Scanners: Intraoral scanners have a wide range of applications, including the diagnosis and treatment of various diseases inside the oral cavity. For example, they can be used in orthodontics, dental implants, endodontic treatment, and oral cancer screening. They have wide applications in medical, cosmetic, and scientific research fields.
IV. Summary: Intraoral scanners are high-tech devices with advantages such as high resolution, large depth, strong light source, and high speed. They have broad application prospects in oral medicine, cosmetic dentistry, and scientific research.
