Wide Vet.VisionCutting-edge CBCT DL'At CT IMAGING NOW DRAWS ON FRESH ENERGY BEYOND VISION

CONE BEAM 3D IMAGING NEW IMAGING HORIZONS NEWTOM 7G VET is the most advanced CBCT device on the market, equipped with 2D radiology and serial radiography features. Large gantry aperture. 7G VET With NEWTOM 7G VET, Cone Beam technology can be applied to all body areas, including the abdomen, chest and full length of limbs. Moreover, NEWTOM 7G VET is suitable for medium patient sizes thanks to a high-capacity motor-driven patient table (max 215 kg). At the same time, NEWTOM 7G VET has all the functions and automatisms needed to adapt FOVs and X-ray doses to the patient's size. With a resolution...

DENTAL PANORAMIC IMAGING NEWTOM 7G VET uses the most advanced CBCT technology to achieve revolutionary applications with a single device and allows extremely high definition images to be created. 3D diagnostics with multiple FOVs, and sequential 2D for viewing even the smallest body and soft tissue structures, hairline fractures in complex joint structures, myelography, scans with or without contrast agents, or for followup purposes after surgical procedures, with minimisation of artifacts caused by osteo-articular prostheses or other osteo-synthetic devices. CONE BEAM 3D IMAGING UPPER AIRWAYS...

CONE BEAM 3D IMAGING NEWTOM DUAL ENERGY TECHNOLOGY As of today NEWTOM 7G VET incorporates the Dual Energy (DE) system, elevating performance to new heights and revolutionising the way your practice operates. Dual Energy tomography employs two distinct radiant energies to acquire two sets of images of the same anatomical area. Since tissues have different sensitivities to different energy levels, the obtained images can now provide information on the chemical composition of the tissues themselves. This means pathologies can be detected with greater confidence and precision. THE RESULT OF A CONTINUOUS...

CONE BEAM 3D IMAGING IMPROVED PRECISION FEWER METAL ARTIFACTS Quantitative tests have demonstrated that Dual Energy protocols improve compared to single-energy CBCT exams - HU accuracy, contrast resolution and image homogeneity. Metal artifacts are a common issue in tomography and can significantly impact image quality and, consequently, diagnostic accuracy. Dual Energy CBCT lets you reconstruct a monochromatic virtual image by selecting the most suitable energy level (keV), ensuring unrivalled image quality even where implants, prostheses and/or osteosynthesis systems are present. Dual Energy...

CONE BEAM 3D IMAGING OUTSTANDINGLY PRACTICAL FOR RELIABLE RESULTS Automated work flow, possibility of customising protocols. Advanced image processing software functions. NEWTOM 7G VET features automatisms that streamline the workflow and limit the distortion which may result from manual procedures, thus ensuring the best results in the shortest possible time. The on-machine multi-consoles and/or touch-screen allow for assisted patient alignment with multiple scouts and Cine-Scout, as well as the selection of FOVs and radiological parameters. Furthermore, specialists can customise protocols to...

CONE BEAM 3D IMAGING HI-TECH HIGH-END PERFORMANCE Highly advanced biomedical imaging with a new high-potential image chain. SERVO-CONTROLLED INTEGRAL PATIENT TABLE NEWTOM CBCT generates ultra-high definition volumetric images with native isotropic voxel resolution, non-overlapping sections and fewer artifacts. Unlike the spiral fan beam scan typical of other MSCTs, a single cone beam scan increases image quality, contains the X-ray exposure area and reduces costs. The high-power X-ray generator with rotating anode and small focal spot (0.3 mm) maximises performance and ensures that emissions...

CONE BEAM 3D IMAGING TOTAL CONTROL Automatic or manual exposure protocols for more accurate diagnoses. NEWTOM 7G VET has 15 FOVs, extendable to 30 with eXtra Functions*. Each one is associated with 4 protocols: Low Dose, Regular, Enhanced and Best Quality. In any case, doctors can create their own customised pre-settings according to their specific needs. The consoles are positioned on the side of the machine and are always accessible during patient handling. The Multi-Scout Vision view with 4-image acquisition provides precise info on the patient to allow selection of the most suitable FOV or...

CONE BEAM 3D IMAGING ALL THE PLUSES OF VERSATILITY Quicker scanning, low X-ray doses calculated according to patient size and clinical requirements. The acquisition time and X-ray dose can be reduced through adaptive FOVs , the Ultra Fast scan mode, or the ECO Low Dose scan mode. The pulsed emission CBCT technology activates the X-ray source only when necessary and the SafeBeam™ technology automatically adapts emissions to the patient's size. These features make it possible - in cases where it is necessary to examine an anatomical site from different perspectives - to obtain a regular volumetric...

CONE BEAM 3D IMAGING COMPLETE CONNECTIVITY Di.V.A. AND EASY CHECK To ensure maximised workflow smoothness, the Di.V.A. digital virtual assistant provides data and usage statistics to plan workloads and maintenance. The Easy Check tool also ensures continuous remote technical monitoring, to facilitate maintenance scheduling and anticipate the resolution of any critical issues. Excellent connectivity and integration with the modern systems adopted by NEWTOM. Workflow and clinical and diagnostic activities become much easier and highly performing. INDUSTRY 4.0 in according to EN ISO/IEC 17065:2012...

NEWTOM CONE BEAM 3D IMAGING X-RAY SOURCE ERGONOMICS Type Focal spot Total Filtration Anode Voltage Anode Current High frequency generator (constant potential DC), rotating-anode X-ray tube 20 kW (Rated Power) 21 mm Al eq. @ 70kV (of which inherent Filtration 1 mm Al eq. @ 70kV) Focal spot 0.3 mm ^ 5 - 54 mA (selectable in 1 mA steps) Focal spot 0.6 mm ^ 120 mA*(selectable in 1 mA steps) *The max kV available for use may vary according to mA Large Gantry On-machine console Examination selection Patient table Patient table load capacity Patient positioning Maximum continuous anode input power Patient...