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Characteristics

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NewTom X-VS is a cutting-edge intraoral sensor designed to deliver high definition, speed and operational comfort.  

Equipped with a plug-and-play USB connection and innovative ergonomics with rounded profiles, X-VS adapts perfectly to the anatomy under examination, giving patients a comfortable experience and practitioners a reliable, easy-to-use tool.  

Thanks to powerful NNT software, the sensor lets practitioners manage, process and share acquired images in real time, optimising workflows and improving diagnostic communication within the practice. 

Available in two sizes, X-VS adapts perfectly to the differing dimensions of the oral cavity. With NewTom Adaptive MultiVision technology, each scan generates up to 5 optimised images, with specific filters highlighting key anatomical details. NNT software streamlines image management and sharing, improving both workflows and diagnostic precision. 

Ergonomics

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NewTom X-PSP is designed to deliver outstanding ergonomics and optimised workflows. The status LED above the plate insertion slot lets you monitor operation of the device in real time. Thanks to Adaptive Multi-User Technology (aMUT), the Ethernet connection ensures fast, secure transfer of images to the local PC or server. 

 

This technology lets users manage the remote reading system with reservations made directly from the workstation next to the patient chair (client PC). Scanned images are automatically saved on the medical record of the patient pre-selected in NNT and made available immediately on the PC alongside the patient, streamlining practitioner-patient communication and speeding up diagnostics. 

 

The reader can be positioned on a worktop or wall-mounted, making it suitable for any practice layout. Phosphor plates have an active area that covers 100% of the plate, are flexible and allow users to minimise X-ray exposure with the ECO DOSE function, ensuring comfort and precision. Always sharp and high-quality, the images can be displayed extremely quickly, improving diagnostic efficiency