Revolutionizing Dental Imaging: Explore the Advanced Features of Vatech PaX-Duo 3D Radiography System
The Vatech PaX-Duo 3D Dental Radiography System is a revolutionary innovation that incorporates various advanced technologies to provide precise and high-quality images. With ALC (Adaptive Layer Control) technology, this system eliminates blurry images of incisors and molars, ensuring clear and detailed visualization. Additionally, it offers special scanning modes for incisors, mandibular canal, and maxillary molars, allowing for a more precise and specific analysis of each dental region.
The PaX-Duo 3D also features the CAN (Controller Area Network) system, a reliable and secure data communication system that ensures efficient transmission of information. With this, dental professionals can rely on accurate and fast communication between devices, ensuring precise and consistent results.
The AOP (Automatic Optimizing Process) technology is another highlighted feature of this system, providing automatic display of the ideal image. This eliminates the need for manual adjustments, ensuring that professionals always obtain the best possible image quality without additional effort.
Thanks to the automatic switching technology, the PaX-Duo 3D has two built-in sensors that automatically change to the correct position, ensuring precise and efficient image acquisition. This reduces the time needed to perform scans and ensures consistently clear and detailed results.
The EzRecon technology is a GPU solution that significantly reduces reconstruction time, allowing professionals to visualize 3D images more quickly and efficiently. This improves workflow efficiency and allows for faster analysis of results, benefiting both patients and dental professionals.
In addition to all these advanced features, the PaX-Duo 3D is also a cost-effective option for dental specialists. It offers an efficient "2-in-1" solution, providing high-quality panoramic and 3D images at an affordable price. With the automatic switching system between panoramic and CBCT sensors, professionals can easily switch between scan modes, adapting to the specific needs of each clinical case.
The PaX-Duo3D provides versatility in imaging with four multi FOV (Field of View) sizes ranging from 5x5 to 12x8.5. By selecting the appropriate FOV size, professionals can streamline the diagnostic process to surgery, optimizing radiation dose and saving valuable time. Particularly, the 12x8.5 FOV size enables comprehensive assessments, allowing examination of the full arch of teeth and the structure of the maxillary sinus.
Moreover, PaX-Duo 3D offers various capture modes to obtain optimized images efficiently with low-dosage features. These modes include Maxillary, Mandible, Occlusion, and TMJ, each specifically tailored to support precise diagnosis in the right, left, and center areas.
The system's capability extends to impacted teeth recognition, facilitated by CT imaging. With clearer visualization and accurate determination of position and direction, identifying impacted teeth becomes quicker and easier. This enhanced clarity in digital CT images aids dentists in locating extra teeth more distinctly, contributing to safer and more efficient clinical procedures.
The PaX-Duo 3D incorporates a CBCT (Cone Beam Computed Tomography) function, offering exceptional imaging capabilities. With a voxel size ranging from 0.08 to 0.2mm, this technology enables detailed and precise visualization of dental structures, surpassing traditional radiography methods.
Patient comfort and accessibility are prioritized with the PaX-Duo 3D, as it accommodates both standing and wheelchair-bound patients. This inclusive design ensures that individuals with mobility challenges can undergo imaging procedures with ease and convenience.
Furthermore, the rotational unit of the PaX-Duo 3D allows for a complete scan angle of 360°, capturing comprehensive data from all angles. This extensive coverage ensures thorough imaging of the oral and maxillofacial region, aiding in accurate diagnosis and treatment planning for a wide range of dental conditions.
