Cone Beam 3D Imaging

Large FOV to include the entire mandible and maxilla for a complete diagnosis. Latest technology utilized to create perfect panoramic images with an accurate focal trough over the whole arch. New generation of the NNT Software for all types of image reconstructions and analyses. First in Cone Beam, Accurate in Results

FIRST USER OF CONE BEAM IN DENTAL FIELD QR s.r.l. is the name that stands behind NewTom Cone Beam 3D imaging units and the creator of Cone Beam technology for the dental field. The NewTom 9000 (also known as Maxiscan) was the first Cone Beam system in the world and was originally installed in 1996. This unit was the forefather of the NewTom product line and of all X-Ray units based on Cone Beam technology. QR’s 20 plus years of experience and success in research, development, manufacturing and distribution of NewTom products affirm our commitment to excellence and quality. QR s.r.l. is based...

2D DIGITAL RADIOLOGY Dental radiography was developed to visualize the entire upper and lower jaws including teeth, maxillary sinuses and the nasal cavity. This technology can help to study and evaluate bone and gum diseases, jaw fractures, tooth development, impacted teeth, TMJ disorders, sinus problems and other oral diseases. Principal advantages are that panoramic radiographs can cover a large area, give a bilateral view of anatomy and expose the patient to a minimum radiation dose thereby making the treatment more tolerable. One of the most valuable features is however that the unit can...

REMOVABLE 2D SENSOR NewTom increase the value of this system by adding removable sensor technology. This allows the operator to safely switch the 2D sensor from the main structure and use it on the Ceph arm. A removable 2D sensor is the perfect solution for those practices which require a high quality device at a competitive price. Through the development of a truly modular system, NewTom VG3’s performances can be upgraded to CB3D and Ceph with minimal effort, at any time.

MSCT uses a narrow fan beam that rotates around the pa- The result is a more accurate image without missing informa- tient acquiring thin axial slices with each revolution. In order tion and a considerably lower radiation exposure. The Ame- to create a section of anatomy, many rotations must be done. rican Academy of Oral and Maxillofacial Radiology (AAOMR) During these repeated rotations, traditional CT emits a high prescribes the use of Cone Beam 3D imaging when eva- radiation dose, but it leaves a gap of information between luating periodontal, implant, and oral/maxillofacial surgery each...

MULTIPLE FIELDS OF VIEW The scanner’s FOV determines how much of the patient’s anatomy will be visualized. If using a flat panel detectors (FPD), the dimensions of their cylindrical FOV can be described as diameter by height (DxH). Nowadays, the need to scan different R.O.I. with different dimensions is regulated by international standards in order to reduce the effective dose to the patient following the “As Low As Reasonably Achievable” (ALARA) dose principles. The use of a small FOV (on user-defined region in endo, perio, implant surveys and for the localization of impacted teeth) in addition...

SAFEBEAM™ TECHNOLOGY FOR AUTOMATIC DOSE EXPOSURE Only NewTom Cone Beam systems employ SafeBeam™ technology, the safest technology available for patient and staff. Featured in all NewTom units, SafeBeam™ automatically adjusts the radiation dosage according to the density of the volume in the gantry. This technology uses intermittent bursts of radiation, which last only milliseconds, during image acquisition. Other systems deliver a constant stream of radiation and the same amount of radiation, whether scanning a 100 Kg adult or a small child. SafeBeam™ technology automatically and continuously...

GREATER PATIENT COMFORT AND TREATMENT ACCEPTANCE All NewTom units add a sense of comfort for the patients, allowing them to relax during the scan and limiting the patient movements, in order to improve the image quality. NewTom scans provide the practitioner and the patient with unprecedented visualization of cranial anatomic information. This leads to a better diagnosis and better treatment planning, increasing the patient treatment knowledge. The result is a more cooperative and informed consent process along with understanding the need for treatment and improving the doctor-patient relationship....

NEWTOM NNT ANALYSIS SOFTWARE NewTom NNT analysis software is the perfect solution for 2D and 3D imaging. NNT allows the creation of different kinds of 2D and 3D images in a 16 bit grey-scale and it takes only few seconds to evaluate the data taken during the scan. The software is totally designed by NewTom engineers and, thanks to the various application modes specifically design for can be delivered digitally (burnt to a CD or DVD), on paper, different fields of use, it fulfills all the requirements and needs film or pdf. The software is available in different versions: the of our clients. NNT,...

NETWORK SET-UP PRINTING DICOM Printer Standard Printer PROCESSING - DIAGNOSTIC VIEWING Only for remote support

NEWTOM IMPLANT PLANNING NewTom Implant Planning is a software package which allows the creation of 3D implant simulation. The software can simulate the implant placement on 2D and 3D models, identify the mandibular canal along with drawing panoramic and cross sections of the bone model. It also shows the 3D bone model and calculates the bone density. The NewTom Implant Planning software is used to plan prosthesis implant surgery in a faster, safer and more efficient way. It also allows the ability to export in .stl format. 2D & 3D The NIP software generates beautiful panoramic images, cross sections...

Clinical Cases ORTHODONTICS The combination between 2D and 3D images allows the clinician to have the best information at the lowest possible dose to the patient. In other words, when 3D images are not necessary the bi-dimensional images (panoramic or cephalometric images) can be used to show the general clinical status of the patient. Where those images look doubtful, the clinician can investigate further using a CB3D scan focused on the specific pathology using the appropriate FOV.