INO200 Intraoral Scanner User System

INO200 Intraoral Scanner User System uses advanced 3D point cloud generation technology in conjunction with multi-functional software to output real-time, stable, and high-speed detailed information on the three-dimensional topography and colour texture of soft and hard tissues such as teeth, gums, and mucous membranes in the oral cavity. In the traditional operation process, patients must wait a long time for the circulation and production of impressions. Digital scan impressions, on the other hand, have lower consumable costs and a high success rate of impressions. The product’s body is designed based on usage behaviour. Its general lightness and smoothness make it easy for many doctors to use. Large and small double-sized scanning heads accommodate different patient physiologies to provide a more comfortable oral scanning experience, and with a 23 cm scanning depth, data for interdental gaps, edges, contours, and so on can be easily collected. The housing material can withstand multiple autoclaving cycles to assure sterile safety when used on patients. This product supports two modes of operation: button control and somatosensory control, and commands such as start, pause, rotation, and next step can be executed without touching the computer. The coloured ring indicator light around the button shows the connection status of the device. The scanning process of the INO200 Intraoral Scanner User System is simple, as is the operation interface. The quasi-physical icons and melodic music is soothing for the patient. The fresh and breathable colour display, as well as the high-precision scanning results, provide an intuitive visual experience. The entire scanning process can be completed easily by following the easy-to-understand illustrated guide prompts. With the assistance of AI scanning technology, intelligent recognition and automatic perspective tracking are accomplished. It can accurately identify soft and hard tissues such as teeth, gums, mucosa, and cavities while filtering out irrelevant data such as lips and tongue sides. It can also automatically optimise oral data and generate clear images. The extensive clinical toolset facilitates quick processing and evaluation of scanning data, improving digital production efficiency and outcomes, and enhancing the quality of tooth preparation. After the oral data scan is completed, the doctor can upload the data to the corresponding cloud platform, and the processing factory can check and download the digital impression online. It enables online real-time tracking of electronic logistics orders. This digitised office approach facilitates online data transmission and barrier-free communication. After scanning and diagnosis, corresponding QR codes can also be generated for sharing and viewing, making it more convenient for doctors and patients to track and analyse cases in a timely manner. Red Dot Award: Design Concept | Ready to Launch | Interaction and User Experience