3D CBCT Machine

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SHO-3DC780 Medical Imaging

3D dental imaging system for generating three-dimensional images of dental structures

The Shoimage 3D CBCT (Cone Beam Computed Tomography) X-ray machine features a dual sit-and-lie detection mode, integrating CBCT, Pano, Ceph, and a dental chair into one system. With a large field of view up to 18 × 14 cm or 16 × 12 cm, it fully meets the diagnostic needs of various dental patients. From complex oral diseases to routine dental check-ups, the system provides precise and comprehensive imaging data, supporting doctors in developing scientific and effective treatment plans. By enhancing the patient experience, it also improves efficiency and accuracy in dental diagnostics.

Specifications

Low Radiation: The 2.0 pulse exposure reduces radiation dose by 50% compared to continuous exposure.
High-Voltage Generator: Operates at an ultra-high 400kHz inverter frequency, improving heat dissipation and insulation for greater system stability. Capable of continuous scanning for 200 sets of CT data.
Motion Compensation Artifact Algorithm: Effectively eliminates motion artifacts, enhancing image quality by 60%.
AI Low-Dose Algorithm: Ensures high-quality images while minimizing radiation exposure.
All-New 4-in-1 Design: Combines CT, panoramic, cephalometric imaging, and an integrated sliding chair for a complete dental imaging solution.
Integrated Sliding Chair: Supports seated, standing, and rotating positioning for X-ray capture, offering greater stability and comfort during scans.
Adaptive Head Clamp: Automatically adjusts for a secure and precise fit.
Motion Monitoring: Detects excessive patient movement during exposure, triggering a pop-up alert and saving monitoring video for doctor-patient communication.
Large 18 × 14 cm Field of View: Captures a single image that includes the temporomandibular joint (TMJ) and the full maxillary sinus.
Intelligent Post-Processing Software: Enhances clinical efficiency with automatic lateral cephalometric landmark detection, bone age analysis, and frontal view analysis for streamlined diagnostics.

X-Ray Imaging