Q3D. Speak to a 3D Specialist. CBCT 3D / Panoramic Imaging GENERAL DIMENSIONS. Suni Imaging Product Lines GET.

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1 GENERAL Q3D Q3D Ceph Exposure Time FOV Voxel Size Focal Spot Target Angle Tube Voltage Tube Current Line Voltage Warranty Panoramic CT 9 to 17 sec 9 to 17 sec 4 to 12 sec 7.7/14.5 sec 7.7/14.5 sec 4 x 5 to 16 x 14 cm (Multiples FOV s) 75 to 400 μm 0.5mm 5 º 60 to 90 kv 4 to12 ma 110v/120v, 50/60Hz 5 Years Q3D CBCT 3D / Panoramic Imaging 59 SENSOR Pixel Pitch Active Area CT Panoramic 100 x 100 μm 75 x 75 μm 75 x 75 μm 5 x 5 inch 6 x.25 inch 9 x.25 inch DIMENSIONS Q3D 47 (W) x 45 (D) x 94 (H) inches Weight: 320 lbs Q3D Ceph 74 (W) x 44 (D) x 94 (H) inches Weight: 353 lbs Recommended minimum footprint to accommodate for operational space Panoramic / / 3DCT Suni Imaging Product Lines Panoramic 3D Imaging 2D Tomography PANQ PANQ-C Q3D Q3D Ceph Supports the Digital Workflow DICOM to STL File Conversion Speak to a 3D Specialist 800.GET.SUNI

2 Panoramic Sensor Combines 3D CT, Panoramic, 10+ FOV Selection Some Presets include: 4x5, 7x7, 8x8, 16x8, 16x14 Sensor CT Sensor Automated sensor switching for each scanning mode Auto-switching system positions the appropriate sensor without manual intervention. 7.7 sec Fast Scan for CBCT 4 sec Fast Scan for Ceph Dedicated sensor for each mode Pan/Ceph/3D CBCT Specially designed to optimize for safety, stability and durability All axis motorized movement ( UP/DOWN/LEFT/RIGHT) Remote activation control with emergency stop button Convenient storage tray Face to face layout assists for accurate patient positioning Hand Control Switch Hand Grip Wheelchair access Small Footprint

3 3D CT High Resolution Computed Tomography Technology Clearly defined images in three dimensions provide users with accurate diagnostic information Multi-FOV Selection Multi-FOV selection enables accurate scanning while keeping dose levels at a minimum x5 7x7 8x8 16x8 16x14 Fast scan mode Scanning times as low as 7.7 seconds reduce dose, motion artifacts and image distortion Endo & Single Implant Arch TMJ Airway Sinus Endodontic High Resolution High Definition Normal Resolution Normal Resolution 75 µm 100 µm 150 µm 200 µm 200 µm Endo mode shows high definition images Standard FOV Select between left, right or center Dental Arch TMJ Implant planning Facial surgery Complex orthognathic Implant Orthodontic surgery 7.7 sec Auto-stitching technology The wide high definition images can be enhanced by auto-stitching technology 160 4x5 8x8 16x8 16x Auto-stitching Dedicated sensor for CT A separate sensor, optimized for CT imaging ensures the best results 7x7 16x8 16x14 4x5 8x8

4 Panoramic High Resolution Panoramic System Exposure Programs Suni Q3D supports multiple exposure programs, covering all of your diagnostic needs Standard panoramic Orthogonal panoramic Sinus PA / Sinus lateral midsagittal X-ray segment The combination of linear and rotational movement allows for a greater variety of exposure modes Super Bitewings TMJ lateral double

5 High Resolution Image Exposure Programs Q3D Ceph supports various exposure programs to fulfill all diagnostic needs Lateral AP Water s view Submento vertex Short ceph arm - one of the smallest in the industry Optimized mechanical structure design for symmetrical balance FR laser allows for easy patient positioning Position sensing sensor aids in every exposure mode to avoid operator mistakes Rapid 4 second scanning on fast mode - reduces motion artifacts Carpus Lorem ipsum

6 Q3D OPERATION SOFTWARE Q3D IMAGING SOFTWARE Clearly defined 3D images and feature-rich tools that provide accurate diagnostic information for comprehensive treatment planning 3D Volume Rendering Various volume rendering options such as Gray, X-ray, MIP to provide 3D image visualization Measuring tools Multiple ease of use tools including distance, angle and positioning Panoramic exposure mode Patient positioning guide MPR (Multi-Planar Formatting) MPR mode provides three plain views (axial, coronal and sagittal) on one screen Dental Reformatting Using panoramic, cross-sectional, and longitudinal 2D view, you can plan your perfect implant positioning Implant planning Feature-rich tools provide easy to use diagnostic functionality including - nerve canal mapping, measurements, bone density determination for implant planning Support for DICOM 3.0 and compatibility Curved MPR Reconstruct sectional images from Panoramic, Cross-sectional, Longitudinal STL Export Convert and export DICOM volume data in STL format for usage in 3D printers and models - intraoral scanners Image Color-mapping Color mapping increases the visibility of lesions CDSee Viewer Software - Export to CD/DVD exposure mode CT exposure position (Adult) Dental Crop Function generates FMX images from a panoramic image Positioning guide for CT patient - Endo Mode SCOUT image screen