NEWTOM NEWTOM GO Focus PRO VG-One EN

CONE BEAM 2D/3D IMAGING 2D/3D Ceph integrated imaging BEYOND VISION

CONE BEAM 2D/3D IMAGING VERSATILE AND PRECISE High quality images that meet a wide range of clinical diagnostic needs, all in one compact device. Focus PRO NEWTOM GOFullView GO 2D/3D/CEPH is a flexible platform that comes ready for the optional integration of the teleradiographic arm in a 2D or 3D configuration. Able to provide high resolution images, the platform prioritises patient health thanks to low exposure protocols and exclusive SafeBeam™ technology, which lets users adapt the dose to their actual diagnostic needs and the size of the scanned anatomical area. Excellent ergonomics and an...

CONE BEAM 2D/3D IMAGING OUTSTANDING TECHNOLOGY Comprehensive NEWTOM CBCT technology combines with excellent 2D functions to provide reliable diagnostics. Thanks to CBCT technology - first introduced to the dental industry by NEWTOM - GO provides extremely useful high definition (80 μm) diagnostics data, obtained with just one scan to minimise X-ray exposure. The field of view is defined according to diagnostic requirements and ranges from a minimum of 6 x 6 cm to a maximum of 10 x 10 cm. 2D images are available with multiple advanced-function protocols that allow dentists to obtain precise data;...

CONE BEAM 2D/3D IMAGING AUTOMATIC AND ERGONOMIC Solutions developed to maximise examination quality, from positioning systems to automated collimation. To ensure accurate diagnoses in every situation, it is vital to observe procedures that ensure always sharp and clear images. GO 2D/3D has a single native 16-bit sensor that produces 2D and 3D images with thousands of grey levels. Image quality is ensured by advanced algorithms and protocols and by high-tech image sequencing. The high frequency, pulsed-emission generator adjusts exposure to obtain the best scans with a minimum dose. Moreover,...

CONE BEAM 2D/3D IMAGING HIGH QUALITY AND PRACTICAL Top quality 2D imaging obtained through many advanced functions for more effective diagnostics. NEWTOM’s established expertise and care for the patient are shared by the NEWTOM GO system, which today integrates complete cephalometric features. It supplies detailed images thanks to the sensitivity of the newly developed CMOS sensor. Thanks to its advanced functions, trajectories and collimation designed specifically for each examination, and to special ApT filters that automatically and selectively optimise the display of the different anatomical...

CONE BEAM 2D/3D IMAGING INTEGRATION OF CEPH ARM A complete, all-inclusive system for 2D and CEPH examinations, relocatable sensor, secondary collimator and smart head support unit. To complete the range of available 2D examination options, the teleradiographic arm allows a full range of cephalometric examinations. Compact and available with relocatable PAN-CEPH sensor, the CEPH extension is equipped with a dedicated head support unit with two available side rod lengths. The CEPH application can be integrated at the time of purchase, but also retrofitted on equipment supplied in CEPH Ready version....

CONE BEAM 2D/3D IMAGING The aMAR (autoadaptive Metal Artifact Reduction) algorithm clearly shows the anatomical structures even when there are metal objects, such as amalgam or implants, that would impair image quality. This software function recognises the metal elements present and automatically generates an additional set of better quality images for a clearer view with artifacts reduced to a minimum. CLINICAL EXCELLENCE IN 3D Detail-rich volumes for every clinical need while safeguarding patient health. COMPLETE ADULT DENTITION The complete 10 x 10 cm FOV* is ideal to view inferior and superior...

COMPLETE CHILD/ADULT SUPERIOR ARCH UPPER AND LOWER LOCAL INVESTIGATIONS Volumes with FOV 8 x 6 cm and 10 x 6 cm* produce images of localised anatomical districts, such as, for example, a maxillary sinus with suitable lift to insert an implant. The ideal solution in the field of implantology to assess both implant site and bone density. With FOVs 6 x 7 cm and 6 x 6 cm, scans can be performed with very high resolution to clearly see even the smallest detail. This mode is especially indicated for endodontic and periodontic applications. COMPLETE CHILD/ADULT LOWER ARCH STUDYING ADULT/CHILD MAXILLARY...

TEMPOROMANDIBULAR JOINT The trajectories dedicated to the temporomandibular joints (TMJ) generate four projections with a single scan: two lateral and two postero-anterior, with mouth either open or closed. CONE BEAM 2D/3D IMAGING COMPLETE 2D VISION Consistently clear and homogeneous panoramic images thanks to ApT and aPAN technology. GO 2D/3D offers quick and accurate diagnoses with several image acquisition software options designed to obtain high quality 2D images for all diagnostic needs. MAXILLARY SINUSES The SIN software uses a focal layer that has been specially designed to improve maxillary...

CONE BEAM 2D/3D IMAGING ApT (AUTOADAPTIVE PICTURE TREATEMENTS) Auto-adaptive filters automatically improve every 2D image to ensure the best result for every projection. EXPANDING THE 2D VISION Clinical potential extended to meet all 2D diagnostic requirements through the CEPH arm. Thanks to the integration of the teleradiographic arm, GO can respond to every 2D diagnostic need. High quality images are obtained for cephalometry and carpal examinations. All examinations are performed according to dedicated protocols for adults and children, optimised to reduce patient exposure based on actual...

CONE BEAM 2D/3D IMAGING Quality Quality Quality Ortho MINIMUM DOSE, MAXIMUM DIAGNOSTIC QUALITYAdvanced protocols and systems to reduce the radiated dose to a minimum. Top quality imaging with a very low dose of radiations. Protocols defined by NEWTOM research in over 20 years of experience allow to automatically adapt exposure based on the anatomical characteristics of the patient, on the anatomical district examined and on actual diagnostic needs. SAFEBEAM™ SafeBeam™ technology developed and patented by NEWTOM automatically adapts the radiated dose to the patient's anatomical characteristics...