VGi evo
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FIRST IN CONE BEAM, ACCURATE IN RESULTS. Latest-generation technology Eco mode for low-exposure scans Patented innovations Maximum image quality Versatile, user-friendly NNT software Accurate treatment planning Outstanding patient comfort Pioneers of Cone Beam technology in dentistry The NewTom team was the first to apply Cone Beam technology in the dental field. The first such device was installed back in 1996: this was the NewTom 9000 (also known as the Maxiscan), the forerunner of the Cone Beam devices that would later be used in the dental X-ray field. Today, thanks to more than twenty...

VGi evolution An ultra-modern, ultra-technological, ultra-competitive device has been developed from the engineering evolution of the NewTom range. The most complete CBCT. Compact design Extended diagnostics User-friendly display Maximum versatility Modern ergonomics provides maximum technology within a compact space. A simple single-scan examination of an anatomical region as large as 24x19 cm allows investigation of the entire maxillofacial area for aesthetic/ functional orthognathic surgery and orthodontic treatment purposes. The latest-generation head support unit provides simple,...

EVO: COMFORT AND PERFORMANCE Cutting-edge efficiency Maximum patient stability due to the development of a chinrest that allows fast access and natural positioning. Outstanding structural ergonomics guide the user effortlessly and ensure good outcomes from the very first examination. During the procedure, three lasers trace the reference lines for the area of interest. A mirror in front of the chinrest gives an all-round view of the patient, letting users check for correct positioning and maintain patient-reassuring eye contact. Correct positioning can be checked at the next stage before...

CBCT: EVOLVING INNOVATION A REVOLUTIONARY IMAGE CHAIN NewTom VGi evo introduces a new image chain consisting of elements that boost standard CBCT performance: - A larger, better-performing sensor (flat panel) allows investigation of volumes of up to 24x19 cm with an improved signal/noise ratio; ; - A rotating-anode generator with a focal spot of 0.3 mm, suitable for low-exposure high-definition protocols, for post-operative checks and follow-ups. This provides extremely high quality 1:1 scale images. These are of outstanding utility to specialists, who can then process the data by selecting...

Larger FOV allow for visualization of all the maxillofacial anatomical regions with a single scan. These fields of view are extremely suitable for use in orthodontics, orthognathic surgery and maxillofacial surgery. Thanks to 51 different examination modes, the NewTom VGi evo provides specialists with a highly-effective tool that adapts to the specific needs of different clinical applications. The various fields of view on the device define the extent of the anatomical region to be displayed. The FOV range, ideally suitable for the investigation of several different anatomic regions, is...

SHARP 2D NewTom VGi evo, because of the development of innovative low-exposure technology, allows dentists to obtain a complete set of highly detailed 2D images. These are useful in pre-treatment diagnostic screening or can be used to execute post-operative checks by using all the tools provided by the NNT software. Panoramic examination SHARP 2D function provides a panoramic that also makes peripheral anatomic structures visible. Moreover, the function uses the same magnification and orthogonality ratios applied on conventional panoramic images and, therefore, the same diagnostic...

NNT: THE TECHNOLOGICAL CORE 2D and 3D analysis software NNT, designed entirely by NewTom engineers, provides precise information on patient anatomy for various clinical applications and considerably simplifies surgery workflows. NNT provides different application modes specifically intended for implantology, endodontics, periodontics, maxillofacial surgery and X-ray specialists. The software features a dedicated implant planning application; this can be used to measure the anatomic region (distances and angles) and trace the nerve, making treatment planning safer and more precise. It is...

NIP: PERFECT FOR IMPLANT WORK CINEX : DYNAMIC IMAGES NewTom VGi evo introduces the CineX function, - Select the acquisition time; for the investigation of moving internal anatomical allows 3D implant simulation. This software can simulate - Select the acquisition position (AP or LL); of X-ray images that are stored as video; this allows NewTom Implant Planning is a software package that A dedicated software menu allows users to: characterized by the dynamic acquisition of a sequence NewTom Implant Planning - Check alignment of the area of interest using structures. This function, active...

Cone Beam 3D is one of the most effective To carry out procedures such as fractured tooth tools available for evaluating implant sites. restoration, mandibular canal therapy or 3D images can identify potential pathologies treatment of tissues adjoining a tooth, endodontic and structural abnormalities with and periodontic specialists need imagery that unprecedented accuracy. lets them identify every possible detail inside The availability of such images provides vital the treated zone, determine the exact pathology information concerning the choice of implant to and accurately plan effective...

Oral and maxillofacial surgery NewTom takes imaging of the temporomandibular This discipline concerns the correction of several hard joint to a whole new level. and soft tissue pathologies in the maxillofacial zone. Sagittal and coronal slices provide optimal imaging A scan carried out with NewTom devices accurately of the joint zone and allow identification of shows characteristics such as the presence of teeth or fractures, bone density and height, or root shape The attainable 3D images offer extremely high- quality, accurate anatomical representation of both In the case of post-operative...