NEWTOM NEWTOM GiANO VG-OneHR DC III EN

CONE BEAM 2D/3D IMAGING NEWTOM GiANO HR DCIII Perfect.Vision Unlimited diagnostic potential BEYOND VISION

CONE BEAM 2D/3D IMAGING PERFECT VISION NEWTOM innovation and research for extremely detailed ultra-high quality images. NEWTOM GiANO HR DCIII Innovative technology and outstanding efficiency packed into a powerful, versatile device. GiANO HR ensures superb performance in every situation thanks to the dedicated 2D sensor, available today also as a direct conversion, relocatable sensor, the new-concept teleradiographic system and three easyto-upgrade 3D configurations that meet every need. The powerful NNT software provides specific instruments and interfaces for different diagnostic applications:...

CONE BEAM 2D/3D IMAGING UNPARALLELED IMAGING Amazing 3D FOV examinations and 2D protocols with a resolution among the highest available on the market. GiANO HR provides a wide range of 2D and 3D examinations that are ideal for diagnoses concerning either complete or partial dentition, single dental arches and all maxillofacial regions. 3D volumes with FOV from 4 x 4 cm and 16 x 18 cm and resolution up to 68 μm, the highest available on the market, allow to assess maxillary sinuses, frontal sinuses, temporomandibular joints, airways, the internal ear and the cervical spine. Top-quality panoramic...

CONE BEAM 2D/3D IMAGING PANORAMIC IMAGING WITH EXCELLENT ORTHOGONALITY AND CONSTANT MAGNIFICATION CHILD PANORAMIC WITH LIMITED EXPOSURE MAXILLARY SINUSES WITH FRONT AND LATERAL PROJECTIONS LL OR PA TMJ WITH OPEN OR CLOSED MOUTH BITEWING HIRES COMPLETE DENTITION OR IN QUADRANTS FULL-LL, AP TELERADIOGRAPHY (ADULT AND CHILD) CARPAL TELERADIOGRAPHY The last word in terms of 2D technology for a wide range of diagnostic applications, also with Direct Conversion Detector. GiANO HR is an extremely versatile device that offers detailed images and dedicated protocols for adults and children, studied to...

CONE BEAM 2D/3D IMAGING ULTRA HD 2D DIAGNOSTICS WITH ECO DOSE With the Direct Conversion Detector, GiANO HR brings the most advanced technology to each dental clinic. DCIII 11 LAYER ULTRA HD PAN The highly efficient Direct Conversion Detector, improving the depth of focus and increasing resolution even at low doses, offers an extended data set from which an 11-layer panoramic image can be obtained for the study of complex morphologies. The contrast level of the radiographic image obtained with the new NEWTOM DCIII technology improves significantly if compared to a panoramic scan performed with...

CONE BEAM 2D/3D IMAGING RELOCATABLE 2D SENSOR Sensor relocation from PAN to CEPH is fast, safe and highly versatile for faster diagnoses. 2D TECHNOLOGY, PERFORMANCE AND PRECISION Very high sensitivity 2D PAN-CEPH sensor sensor (now also with DCIII technology)and latest generation X-ray tube for clear and detailed examinations. A cutting edge acquisition system to obtain clear and homogeneous panoramic and cephalometric images in an extremely compact device. The latest generation X-ray tube, combined with the advanced high-sensitivity CMOS sensors, offers cutting-edge, unique performance for the...

CONE BEAM 2D/3D IMAGING REAL VISION MULTIMEDIA PACK* User-friendly features with wizard-guided positioning. The user-friendly interface of the wide 10” on-board touch screen control panel enhances functional efficiency and makes the most of GiANO HR features. The Multimedia Pack includes a camera and an intercom allowing constant monitoring of the patient in real time from a remote PC; in addition, the FOV Vision Pack** option adds a second camera to align and select the most suitable 3D field of view size, directly on the patient. ** The positioning system that uses virtual guidelines temporarily...

CONE BEAM 2D/3D IMAGING EXCEPTIONAL DIAGNOSTIC QUALITY Modular, upgradeable, technologically advanced: GiANO HR is the perfect solution for every diagnostic need. 3D SENSOR AND GENERATOR • Details up to 68 μm with the wide range 3D sensor’s high sensitivity and resolution. • Powerful pulsed emission generator for rapid low dose scans. GiANO HR has been developed on a modular platform that can be easily updated. The device is available in three configurations that make it the ideal choice for several specialist needs, ranging from dentistry to otorhinolaryngology, maxillofacial surgery and cervical...

CONE BEAM 2D/3D IMAGING GUARANTEED EXCELLENT IMAGE QUALITY Advanced characteristics for very high standard diagnosis. 3D volumes rich in details, ideal for any diagnostic need. The innovative image acquisition protocols of NEWTOM’s technological research guide the operator in making the most of GiANO HR’s advanced features. SHARP 2D PAN AND CEPH (PATENTED) With cutting edge scanning technology, GiANO HR can generate 2D image samples from a volume already acquired with low dose CBCT scans. These projections offer a more user-friendly assessment of clinical cases for orthodontic planning and post-surgery...

CONE BEAM 2D/3D IMAGING THREE CONFIGURATIONS TO MEET EVERY CLINICAL AND DIAGNOSTIC NEED NEWTOM is highly versatile with the choice of most suitable configuration for the diagnostic needs of the clinic or of the radiology practice. 3D Prime configuration is ideal for applications in general dentistry, implantology, endodontics, gnathology and general orthodontics. 3D Advanced configuration extends the potential to the fields of dentistry and otorhinolaryngology (ENT), including examination of upper airways. Professional 3D configuration allows access to a new dimension that includes applications...

CONE BEAM 2D/3D IMAGING ESSENTIALLY PERFECT • General dentistry • Implantology • Endodontics • Gnathology • General orthodontics GiANO HR allows the user to always select the programme best suited to the clinical application with a few guided steps. Images of the complete dental arches can be obtained with a single scan or via ultra-high definition sectional acquisition in ECO-Dose mode (ultra-fast scanning). Highly accurate, finely defined 3D volumes provide the detailed information needed for meticulous examination of the site and proper implant assessment. Smaller FOVs, especially suited to...