XT-OS05 Intraoral Scanner

XANGTECH XT-OS05 intraoral scanner is an intelligent scanning device designed for digital dental workflows. Featuring a hardware architecture and core algorithms that have been systematically co-optimized, it assists dentists in capturing precise, comprehensive 3D intraoral data more quickly, while simplifying clinical procedures and enhancing the efficiency of end-to-end case management. Integrating advanced AI-driven scanning technology, the device detects and actively suppresses signal interference from buccal soft tissue, tongue movement, and other dynamic oral structures in real-time. This ensures stable, continuous, and high-fidelity scanning performance within complex and variable intraoral environments, significantly reducing the likelihood of interruptions or data distortion caused by environmental noise, minimizing the need for rescans, and ensuring a smoother, more seamless clinical workflow. Addressing the long-standing challenge of scanning metal restorations, the device features specialized optimizations for the optical reflection properties of metal surfaces and data reconstruction logic. It effectively overcomes inherent obstacles—such as intense reflections, limited signal-to-noise ratios, narrow effective reconstruction ranges, and difficulties in stitching adjacent scan frames—thereby significantly improving data integrity and edge definition in metal areas and providing a robust, reliable data foundation for high-precision applications like implant restorations and crown-and-bridge fabrication. For implant restoration workflows, the device supports a dedicated intelligent scan-matching mode that coordinates external spatial positioning scans with internal raw data matching; internal data matching can be completed in under one second, enabling clinicians to capture the complete 3D spatial pose of implants within a tight operational window. This lowers the barrier to entry for intraoral scanning while enhancing the accuracy and reliability of data used in restoration design and fabrication.

Regarding oral health management, the device features a built-in intelligent health report generation function. Upon completion of the scan, the system automatically identifies common oral abnormalities—such as caries, calculus, and plaque—and generates a visual health assessment report with a single click. This allows dentists to quickly assess the patient’s overall oral health and serves as an intuitive tool for communication and patient education, effectively increasing treatment transparency and patient confidence in the proposed treatment plan. Regarding data sharing and multi-party collaboration, the device supports cloud-based case sharing, eliminating the need for complex data export and transfer procedures; users can simply scan a system-generated QR code with a mobile phone to enable cross-platform data interoperability between computer terminals and mobile devices. This greatly facilitates diverse clinical scenarios, such as multidisciplinary consultations, case discussions, and real-time, bedside doctor-patient communication. Furthermore, the orthodontic simulation function provides robust visual support for clinical communication: the system automatically aligns teeth based on intraoral scan data and generates dynamic simulations of the treatment process. This allows doctors to intuitively demonstrate treatment plans and expected outcomes to patients, effectively bridging the information gap regarding treatment understanding and reducing decision-making hesitation or communication barriers caused by information asymmetry. Overall, this intraoral scanner delivers synergistic improvements across multiple dimensions—including scanning accuracy, adaptability to metal, implant matching efficiency, automated health report generation, convenient cloud sharing, and visual orthodontic communication—aiming to provide dentists with a smarter, more efficient, and comprehensive digital solution for clinical diagnosis and treatment support.