CONE BEAM 3D IMAGING

CONE BEAM 3D IMAGING Cutting-edge cbct NEWTOM CBCT IMAGING NOW DRAWS ON FRESH ENERGY BEYOND VISION

CONE BEAM 3D IMAGING NEW IMAGING HORIZONS Featuring a large gantry aperture, the NEWTOM 7G is the most advanced CBCT device on the market. From in-depth detail to the big picture. 7G For the very first time, Cone Beam technology can now be applied to all areas of the body, including the spine, shoulder and hip. Moreover, NEWTOM 7G is suitable for very heavy patients thanks to a high-capacity powered patient table (max 215 kg). At the same time NEWTOM 7G has all the functions and automatisms needed to adapt FOVs and X-ray doses to the patient's build (especially those of paediatric age). With...

FULL SKULL (Maxillofacial) NEWTOM 7G brings cutting-edge CBCT into all-new fields of application. It can be used to investigate innumerable anatomical areas in a wide range of clinical applications, both 3D with numerous FOVs and 2D (also sequentially). NEWTOM 7G lets users create - all on just one device ultra-high definition images to diagnose the micro-structures of the ear or hairline fractures in complex joints. It can also be used to assess post-surgery outcomes (with minimisation of artifacts caused by bone-articular prosthesis or other osteosynthetic devices such as pins, even where extensive)....

CONE BEAM 3D IMAGING NEWTOM DUAL ENERGY TECHNOLOGY As of today NEWTOM 7G 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. DUAL ENERGY: NEXT-LEVEL...

CONE BEAM 3D IMAGING IMPROVED PRECISION FEWER MOTION ARTIFACTS One of the main causes of image quality decay is the appearance of artifacts caused by patient movement, including involuntary actions such as breathing or trembling. NEWTOM has developed an algorithm that corrects any movement-induced distortions. It does this on each axis, offsetting any shifts, rotations or variations in distance from the panel. The result is uncompromising quality. Quantitative tests have demonstrated that Dual Energy protocols improve compared to single-energy CBCT exams - HU accuracy, contrast resolution and...

CONE BEAM 3D IMAGING OPTIMAL PRACTICALITY, CERTAIN RESULTS Automated work flow plus the possibility of customising protocols. Advanced image processing software functions. NEWTOM 7G features automatisms that streamline work and limit the distortion inherent in manual procedures, thus ensuring the best results in the shortest time. The on-machine multi-consoles and/or touch-screen allow for assisted patient alignment with multiple scouts and Cine-Scout, plus the selection of FOVs and radiological parameters. Furthermore, radiologists can customise protocols to suit specific diagnostic needs. Reports...

CONE BEAM 3D IMAGING HI-TECH HIGH-END PERFORMANCE SERVO-CONTROLLED PATIENT TABLE Highly advanced biomedical imaging with new high-potential image chain. 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 emissions can always be adapted...

CONE BEAM 3D IMAGING TOTAL CONTROL Automatic or manual exposure protocols for more accurate diagnosis. 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 framing adjustment via the keypad. With the virtual console function, users can also save personalised protocols for the different anatomical areas. CINE-SCOUT MODE The 22” touch-screen can be used to control the examination flow and display anatomical...

CONE BEAM 3D IMAGING A FOV FOR EVERY NEED Select the most suitable FOVs, also for large anatomical areas. DUAL BILATERAL HIP EXAMINATION NEWTOM 7G system automatisms allow for acquisition of an extended FOV on the horizontal plane. Developed to acquire bilateral hip images, the NEWTOM 7G can capture a 40x17cm FOV. The horizontally extended FOV allows comparative assessment of hip bones via reconstruction into a single volume. The acquisition will therefore show a single volume on which users can modify the display plane to better adapt to clinical needs. NEWTOM 7G has 15 FOVs, extendable with...

CONE BEAM 3D IMAGING PATIENT PROTECTION AND CARE Low X-ray doses, always proportionate to patient build and clinical requirements. In the case of surgical follow-ups or paediatric tests, adaptive FOVs, Ultra Rapid scan mode or the ECO Low Dose scan can be used to reduce the X-ray dose. Pulsed emission CBCT technology activates the X-ray source only when necessary, thus limiting exposure. Moreover, SafeBeam™ technology automatically adapts emissions to the patient's anatomical characteristics, eliminating any risk of overexposure. These features make it possible - in cases where it's necessary...

CONE BEAM 3D IMAGING WORKING ON-LINE Improved efficiency thanks to remote sharing, monitoring and maintenance systems. NNT software is equipped with advanced functions that let users share reports with colleagues, labs and hospitals, making it ideal for multidisciplinary treatment and orthopaedic implant planning. What’s more, thanks to the Di.V.A. and Easy Check services offered by NEWTOM, the system undergoes constant monitoring. This, in turn, lets users plan maintenance, optimise usage times and receive remote assistance. AN OPEN, INTERFACEABLE SYSTEM NNT is an open system that offers plenty...