Intraoral scanners are core equipment in digital oral diagnosis and treatment, offering significant advantages over traditional impression taking, including higher precision, faster speed, better experience, and more efficient processes. They directly acquire three-dimensional data of the patient's soft and hard tissues through optical scanning, avoiding the odor, foreign body sensation, and nausea associated with silicone impressions, greatly improving patient comfort. This is especially suitable for children, patients with sensitive pharyngeal reflexes, and those undergoing complex restorations. Scanning precision reaches the micrometer level, producing stable model data with clear edges, significantly improving the fit and conformity of restorations such as crowns, bridges, inlays, veneers, and orthodontic appliances, reducing the number of follow-up visits for adjustments, and minimizing clinical errors.
Simultaneously, digital models can be transmitted in real-time, permanently stored, and rapidly reconstructed, eliminating the need for model injection, transportation, and storage, effectively improving the efficiency of medical communication and the speed of treatment. The equipment supports visual design, allowing doctors to demonstrate simulations to patients on-site, enhancing communication and the acceptance of treatment plans. Intraoral scanners can also seamlessly integrate with digital design, cutting equipment, and orthodontic navigation systems, promoting the upgrading of oral diagnosis and treatment towards precision, minimally invasive procedures, high efficiency, and intelligence. They are key equipment for improving the quality of departmental diagnosis and treatment, work efficiency, and academic level, with comprehensive benefits far exceeding those of traditional impression-taking methods.
