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5G XL (MED)

5G XL (MED)
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5G XL (MED)

Product catalog summary
Overview: The NEWTOM 5G XL is a sophisticated Cone Beam Computed Tomography (CBCT) device designed for high-quality 3D and 2D imaging, particularly useful in orthopaedics, otorhinolaryngology, maxillofacial surgery, and dentistry. It features unique patient positioning for enhanced stability and reduced movement artifacts.
Specifications: The device offers a native Field of View (FOV) of 21 x 19 cm, a powerful generator with a rotating anode, and a smaller focal spot for optimized performance. It includes a large flat panel sensor with a high signal-noise ratio for superior image quality.
Technological Innovations: The 5G XL incorporates SafeBeamTM technology and ECO Scan mode to minimize radiation exposure, adapting the dose to the patient's anatomy. Advanced volumetric reconstruction algorithms enhance diagnostic potential while reducing artifacts.
Applications: Suitable for a wide range of medical applications, the device excels in detailed bone tissue investigations, maxillofacial assessments, and upper airway examinations, aiding in diagnosing fractures, planning surgeries, and assessing post-surgical outcomes.
Software and User Interface: Equipped with specialist software, the NEWTOM 5G XL provides an adaptive user interface for rapid and accurate diagnoses. It supports 3D and 2D analysis functions and is compatible with DICOM 3.0 standards for easy image sharing and printing.
Patient Safety and Comfort: The design prioritizes patient comfort and safety with a motor-driven patient table and an open gantry to reduce claustrophobia. The lying down position is ideal for sedated, post-surgery, and traumatized patients, enhancing comfort and reducing the need for securing devices.
Conclusion: The NEWTOM 5G XL combines technology, performance, and safety, offering superior diagnostic quality with low radiation doses. Its innovative features and applications make it a valuable tool in various medical fields, enhancing diagnostic accuracy and patient care.
Key Features:
  • Airway Volume Analysis: Essential for diagnosing respiratory diseases and sleep apnea through accurate estimation of upper airway space.
  • 2D and 3D Evaluation: Allows for distance evaluation on 2D sections and 3D rendering to assess joint problems.
  • Advanced Reports: Medical reports can be drafted and shared on PACS, with options for automatic compiling.
  • Remote Assistance and IOT: Supports remote technical assistance and performance monitoring through Di.V.A. and Easy Check.
  • 3D/2D Viewer: Examinations can be shared via CD, DVD, or USB storage devices.
  • Compatibility: Supports TWAIN standard and DICOM 3.0 for managing images from various acquisition devices.
  • Connectivity: Integrates with RIS/PACS systems and DICOM printers, supporting services like Print, Worklist, and Storage Commitment.
  • Surgery Management Software: Interfaces with dental surgery management software via VDDS, TWAIN, and NNTBridge modes.
  • 3D Milling Printers and Scanners: Supports prosthetically guided planning and 3D model creation through STL format exports.
Technical Specifications:
  • X-ray Source: High-frequency generator with a rotating-anode X-ray tube and a focal spot of 0.3 mm.
  • Exposure Control: SafeBeam™ technology adjusts exposure based on patient build.
  • 3D Scan Time: Ranges from 18 to 36 seconds with a single scan using Cone Beam technology.
  • Field of View (FOV): Multiple selectable FOVs with varying diameters and heights.
  • Voxel Size: Standard voxel size ranges from 200 to 300 µm, with HiRes options from 100 to 150 µm.
  • Reconstruction Time: Less than 1 minute.
  • Patient Positioning: Flexible positioning options including seated, lying down, prone, or supine.
  • Software: NNT software is ISDP©10003:2020 compliant, supporting DICOM nodes and remote monitoring.
  • Power Supply: Various voltage and current specifications depending on the region.
Compliance and Certification: The system complies with EN ISO/IEC 17065:2012 and has received data protection certification under ISDP© 10003.
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Catalog excerpts

5G XL (MED)-1

CONE BEAM 3D IMAGING

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5G XL (MED)-2

CONE BEAM 3D IMAGING BEYOND VISION

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5G XL (MED)-3

CONE BEAM 3D IMAGING CUTTING EDGE PERFORMANCE FOR ADVANCED DIAGNOSTICS Quality and innovation with a device presenting exceptional features. 5G XL O Advanced diagnostics with 5G XL, the only CBCT device with lying down patient positioning that offers excellent stabilisation and a broad range of FOVs for very high quality 3D and 2D images. □ The CBCT technology allows to have high spatial resolution for bone tissue investigations with low X-Ray dose. Special focus on patient health, enhanced by ECO Dose mode and the exclusive SafeBeam™ technology. □ 5G XL is the first device with native FOV 21...

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5G XL (MED)-4

CONE BEAM 3D IMAGING UNCOMPROMISING QUALITY Superior standard 3D examinations with a device designed for excellent performance. High definition volumetric images of bone tissue with a “native” isotopic voxel, non-overlapping sections and fewer artifacts. With CBCT technology, 5G XL offers faster examinations and low doses of radiation with greater safety for the patient, better performance and an increasingly efficient workflow. The high quality images generated by 5G XL are ideal for multiple medical fields, such as dental-maxillofacial diseases, otorhinolaryngology applications, complete analysis...

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5G XL (MED)-5

CONE BEAM 3D IMAGING OPTIMAL LYING DOWN POSITIONING User-friendliness, maximum stabilisation and quality for diagnoses using new medical applications. 5G XL is the only CBCT device available on the market with patient in a lying down position. The motor-driven patient table made of carbon fibre, which can be controlled from the on-board console or from the PC, allows to adapt the examination to any image acquisition need with patient lying down in a prone or supine, cranial-caudal or caudal-cranial position. The open gantry facilitates access to the scanning area and eliminates any sensation...

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5G XL (MED)-6

CONE BEAM 3D IMAGING LOW X-RAY DOSE X-Ray Dose comparison of different examination technologies: MSCT, CBCT, 2D Radiography Wellbeing and safety are central to NEWTOM research. The different settings of FOVs and Resolution available in the use of the NEWTOM 5G XL allow a wide range of different screening based on different diagnostic needs. In some configurations, for a preliminary screening exam, for example the 18x16 Standard, it is possible to obtain 3D images with an X-rays dose emitted comparable to two X-Rays 2D radiographs (Antero-Posterior and Latero-Lateral projection)**. Effective Dose...

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5G XL (MED)-7

CONE BEAM 3D IMAGING APPLICATION FIELDS With 5G XL, NEWTOM uses CBCT technology for new medical applications. Very high quality 2D and 3D images with a broad range of FOVs and dedicated software. An extraordinary potential for accurate diagnosis in all situations.

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5G XL (MED)-8

Orthopaedic applications Images generated by 5G XL, with their high resolution and quality, allow an in-depth study of the upper and lower limbs not only to diagnose fractures, dislocations, luxations or misalignment but also to define the bone and joint structure resulting from pathological alterations, to detect small bone fragments and to assess diseases in small joints, even when metal screws are present. Excellent acquisitions that exceed the limitations of CT examinations or those typical of 2D image acquisitions, in which a dedicated visual alignment cannot always prevent overlapping bone...

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5G XL (MED)-9

CONE BEAM 3D IMAGING HEAD&NECK applications Investigating neck pain The better spatial resolution of CBCT, compared to MSCT, allows detailed analyses of trabecular and cortical structures to identify any dysplastic, inflammatory, traumatic or micro-traumatic elements. Relationships between vertebral bodies are also perfectly legible, thus highlighting any distortion or subluxation. 3D volumes generated with 5G XL are ideal to examine the atlanto-occipital joint and in surgical programming for the application of osteosynthesis devices and prosthetics. Planning and verifying maxillofacial surgery...

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CONE BEAM 3D IMAGING HEAD&NECK applications Temporomandibular joint (TMJ) examination Diagnosis and anatomical assessment of the temporomandibular joint can be performed with high quality 3D images generated by 5G XL. Sagittal and coronal slices provide optimal imaging of the joint zone to identify any pathologies and to assess the difference between condyle height and the mandibular branch. Orthodontic analysis The ideal application for tomographic, panoramic and cephalometric images acquired with 5G XL is in examinations for aesthetic and orthodontic purposes and for the treatment of severe...

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5G XL (MED)-11

NNT, THE SOFTWARE FOR ALL SPECIALIST NEEDS The versatile and powerful imaging software to perform the examination, process data and share the diagnosis. CONE BEAM 3D IMAGING DENTISTRY: CROSS SECTIONS IN PANORAMIC IMAGES Complete examination of the dental arches in cross sections to check shape, size and status of maxillary and mandibular bones and teeth. NNT is the essential tool to process and manage 2D and 3D images and X-ray videos (CineX). A software that adapts the user interface and offers dedicated analysis functions for the specific needs of radiologists and specialist physicians. Volume...

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5G XL (MED)-12

CONE BEAM 3D IMAGING SPECIALIST TOOLS Ray2D With the innovative Ray2D function, 5G XL generates 2D X-ray images (18 x 19 cm) that are perfect for both preliminary and post-surgery follow up examinations. It is possible to repeat the investigation from various angles to select the image with the best perspective. CineX 5G XL offers the exclusive CineX function to investigate moving anatomical structures, such as saliva ducts and joint mobility. This advanced technology uses a sequence of X-ray images to create an 18 x 19 cm format video that can also be exported to standard video format. AIRWAY...

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5G XL (MED)-13

CONE BEAM 3D IMAGING COMPLETE CONNECTIVITY Di.V.A. AND EASY CHECK To ensure maximised workflow smoothness, the Di.V.A. digital virtual assistant provides data and usage statistics to plan workloads and maintenance. The Easy Check tool also ensures continuous remote technical monitoring, to facilitate maintenance scheduling and anticipate the resolution of any critical issues. Excellent connectivity and integration with the modern systems adopted by NEWTOM. Workflow and clinical and diagnostic activities become much easier and highly performing. INDUSTRY 4.0 in according to EN ISO/IEC 17065:2012...

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