QR Systems in Italy, the inventors of CBCT technology now offer dentists an extraordinary opportunity with the release of their NewTom GO 2D/3D. This new addition to the Newtom family is the smallest OPG/CBCT unit on the market and is able to be wall mounted - perfect for surgeries looking to adopt a compact, reliable and high performance 2D/3D unit at an affordable price.
The NewTom GO is combining the best 2D performance with the latest 3D technology, quick and easy-to-use, with superior image quality and real-time diagnostics.
With ECO Dose (2D ECO Pan, 3D ECO Scan protocols) and SafeBeam™, the Newtom GO automatically regulates the exposure during each scan to produce exceptional images every times while safeguarding patient health.
The NewTom 2D Outlook
NewTom Go is a technological device designed for dental practices that require an easy-to-use, innovative, reliable product that guarantees only the very best diagnostic results.
High quality diagnosis
Self-adaptive focusing and filters deliver always-perfect diagnostic results.
The ECO-PAN protocol and SafeBeam™ technology reduce exposure times and eliminate that risk of over-estimated dosage.
Accurate, patient-guided positioning and ultra-fast scanning are yours at the touch of a button.
Simple, fast, intelligent installation ensures NewTom GO is ready to go immediately.
The Best of 2D Imaging
NewTom GO ensures fast, simple, compete 2D diagnostics. Up to 22 programs allow the 2D examination to be set up according to the specific stage and requirements of treatment. NNT software uses innovative autoadaptive panoramic imagery to provide a view that is always optimal and optimised. In addition, the MultiPAN function allows selection of different focal planes, ensuring images are perfectly suited to diagnostic needs.
All The Potential of NewTom 2D/3D
Image quality is an indispensable factor in making a secure diagnosis. That's why NewTom invest in innovation that leads to solutions of ever-higher performance. NewTom GO features advanced acquisition technology, ensuring images of outstanding quality. In addition, specific algorithms and protocols ensure optimal focusing and excellent detail.
NewTom diagnostic quality
Cutting-edge image acquisition technology and advanced NNT software guide the dentist towards precise, accurate diagnosis.
Minimum X-ray doses
The ECO Dose (2D ECO Pan, 3D ECO Scan protocols) and SafeBeam™ functions allow emissions to be adapted to effective diagnostic needs, thus safeguarding patient health.
Device ergonomics and software efficiency ensure perfect results every time whatever the diagnostic requirements.
Images can be exported and shared, both inside and outside the surgery, for digital storage and treatment implementation purposes.
Advanced 3D Diagnostics
NewTom GO provides highly detailed 1:1 scale volumetric images and all the advantages of dynamic 3D investigation. Eight FOVs and 4 acquisition modes place no less than 32 3D programs at the user's disposal. The Adaptive FOV system lets users select the region of interest from the completed limited-volume 10x10 cm field to reduce that exposed area. Four different scan modes (high or very high resolution, low or very low X-ray dose) all emissions to be adapted to effective diagnostic needs.
|Type||Adult and child panoramic, ECOPAN, MultiPAN, Dentition, PA and LL (right and left) maxillary sinuses, Temporomandibular joint (2 x LL +2 x PA) open and closed.|
|Maximum resolution||from 5 to 7 lp/mm|
|Maximum field of view (mm)||280 (length); 150 (height)|
|Reduced field of view (cm)||6 x 12.5 (Child); 6 x 9 (Dentition bitewing)|
|Maximum image data dimensions||7.5MB|
|Magnification||PAN 1.2 - 1.3|
|Scan time||PAN 12s (STD.) - 6.6s (ECO)|
|Minimum image display times||RealTime|
|Advanced filters||ApT (Autoadaptive Panoramic Treatment)|
|Type||Complete examination of the 2 arches in a single scan for adults and children with reduced collimation. Studies of the maxillary region with maxillary sinuses. Studies localized to region of interest.|
|Maximum resolution||Voxel 80 µm (minimum section thickness)|
|Maximum field of view (mm)||102 (diameter); 96 (height)|
|Reduced field of view (cm)||10x10 - 10x7 - 10x6 - 8x7 - 8x6 - 6x7 - 6x6|
|Maximum image data dimensions||720 MB|
|Magnification||1 to 1|
|Scan time||HiRes 16.8s (Regular) - 9.6s (ECO) STD 11.2s (regular) - 6.4s (ECO)|
|Minimum image display times||15 s|
|Advanced filters||aMAR (Autoadaptive Metal Artifact Removal)|
|Minimum available work space requirement||872 mm (L) x 1101 mm (D)|
|Package dimensions (L)x(D)x(H) in mm||Box1 930x690x960 + Box2 1860x355x350|
|Weight||90 kg (199lb)|
|Accessories||Free standing base|
|Patient alignment||3 laser guides|
|Patient positioning||5 head support points|
|Adjustments||Keypad on machine and/or iPhone/Android Phone - 2-speed height adjustment drive|
|Examination selection||Virtual control panel on PC, Windows tablet and/or iPad|
|Notes||Easy access for patients in wheelchairs|
|Supported Protocols||DICOM 3.0, TWAIN, VDDS|
|DICOM Nodes||IHE Certification (Print; Storage Commitment; WorkList; MPPS; Query Retrieve)|
|App||Compatibility with iPad and iPhone|
|Generator Type||Constant potential (DC)|
|Anode Voltage||2D mode: 60 kV - 85 kV (step 1kV); 3D mode: 90 kV (Pulsed mode)|
|Anode current||4 mA - 15 mA|
|Focal Spot||0,6mm (IEC 60336)|
|Maximum continuous anode input power||42W (1:20 at 85kV/10mA)|
|Inherent filtration||6 mm Al eq. (at 90 kV)|
|Detector type||Amorphous Silicon (CSI)|
|Dynamic range||16 bit (65.536 grey levels)|
|Voltage/Frequency||115-240 Vac, +/- 10% / 50/60 Hz +/- 2Hz|
|Maximum absorbed surge current||20A at 115V; 12A at 240V|
|Current absorption in standby mode||Maximum 0.5A (240V); 1A (115V)|
|Notes||Automatic adaptation for voltage and frequency|