Planmeca ProMax 3D Max CBCT unit

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Everett Lambert
5 years ago
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D00107623 1(6) Planmeca ProMax 3D Max CBCT unit Introduction The Planmeca ProMax 3D Max X-ray unit uses cone beam computerized tomography (CBCT) to produce threedimensional X-ray images.

Features Planmeca ProMax platform has patented SCARA3 construction. The movements enable the exact location of the image volume and thus the adjustment of the volume size.

1 D (6) Planmeca ProMax 3D Max CBCT unit Introduction The Planmeca ProMax 3D Max X-ray unit uses cone beam computerized tomography (CBCT) to produce threedimensional X-ray images. Panoramic and cephalometric techniques are used for two-dimensional X-rays. The images can be used for examination of dentomaxillofacial anatomy. Features Planmeca ProMax platform has patented SCARA3 construction. The movements enable the exact location of the image volume and thus the adjustment of the volume size. Study volume size and target area are selectable on the control panel to meet diagnostic needs without excess radiation outside the area of interest. Automatic vertically driving patient positioning system makes the stitching of basic volumes easy Pulsed exposure, which is accurately synchronized to the image capturing, enables short effective exposure time and low dose. Proprietary Feldkamp based back projection reconstruction algorithm. Planmeca AINO Adaptive Image Noise Optimizer removes noise from CBCT images without losing valuable details. Planmeca ARA Artefact Removal Algorithm reduces high contrast object artefacts. Planmeca CALM detects and removes patient movement during 3D imaging. Ultra low dose mode reduces the patient dose to minimum. Imaging capabilities 3D imaging Planmeca ProMax 3D provides high resolution volumetric 3D images of the mandible and maxilla and whole teeth area.

D00107623 2(6) Planmeca ProFace: 3D photograph capture in the same session with radiograph

Track and visualize real-time jaw movements Record movements for later use and analysis.

design. 2D imaging Panoramic images can all be taken with the same X-ray.

Includes also MultiView SmartPan, which produces 9 panoramic images in different angles.

2D view with 3D program provides 2D images with diagnostic quality taken with 3D sensor.

2 D (6) Planmeca ProFace: 3D photograph capture in the same session with radiograph or separately. 4D Jaw Motion True CBCT integrated jaw movement tracking solution. Track and visualize real-time jaw movements Record movements for later use and analysis. Model scan programs: Special programs produce very precise 3D images of impressions and plaster casts. Endodontic imaging mode. Braces Protocol: A special program optimised for imaging patients with brackets for braces design. 2D imaging Panoramic images can all be taken with the same X-ray. SmartPan system uses the same 3D sensor for 2D panoramic imaging. Includes also MultiView SmartPan, which produces 9 panoramic images in different angles. Only standard panoramic programs available. 2D view with 3D program provides 2D images with diagnostic quality taken with 3D sensor. Planmeca ProMax 3D Max system components Planmeca ProMax 3D Max unit including 3D Max sensor 3D reconstruction computer Special 3D patient support with support points in forehead and chin Stool for patient (optional) Diagnostic Workstation(s)

D00107623 3(6) Resolution modes Mode Endodontic (optional) High resolution HD

programs and volume sizes 3D Dental programs Program Volumes (child size)

Ø100 x 55 (Ø85 x 50) Ø100 x 90 (Ø85 75 ) HD 150 µm Jaw Ø130 55 (Ø110 50) Ø130

Skull Ø230 160 Ø230 260 HD 400 µm N 400µm d LD 600µm Endo = endodontic, HR =

3D ENT programs Program Volumes (child size) Example Mode / voxel Sinus Ø100 90

3 D (6) Resolution modes Mode Endodontic (optional) High resolution HD (High Definition) Normal Low Dose Voxel size µm D Imaging programs and volume sizes 3D Dental programs Program Volumes (child size) Example Mode / voxel Tooth Ø50 55 (Ø42 50) Endo 75µm HR 100µm HD 150µm Teeth Ø100 x 55 (Ø85 x 50) Ø100 x 90 (Ø85 75 ) HD 150 µm Jaw Ø (Ø110 50) Ø (Ø110 75) Face Ø (Ø85 110) Ø (Ø ) Ø (Ø ) Skull Ø Ø HD 400 µm N 400µm d LD 600µm Endo = endodontic, HR = high resolution, HD = High Definition, N = normal, LD = low dose, d = default 3D ENT programs Program Volumes (child size) Example Mode / voxel Sinus Ø Ø Ø Ø Nose Ø100 x 90 (Ø85 x 75) Middle ear Ø50 55 (Ø42 50) HR 100µm HD 150µm d

D00107623 4(6) N 200µm Middle ear pair Ø50 55 (Ø42 50) Temporal bone Ø100 90 (Ø85 75) HD 150µm d N 200µm Temporal bone pair Ø100 90 (Ø85 75) Vertebrae Ø100 90

normal, LD = low dose, d = default 3D Model Scans Impression scan Ø90 50 HD 100µm HR = high resolution, HD = High Definition, N = normal, LD = low dose, d =

panoramics, cephalometry, intraoral camera) Planmeca Romexis 3D Imaging (3D Explorer, Panoramic, Cross Sections and Surface/ProFace modules) Planmeca Romexis

Implant Planning module (includes realistic implant library) Planmeca Romexis 3D Implant Planning module (includes realistic implant library) Planmeca Romexis

4 D (6) N 200µm Middle ear pair Ø50 55 (Ø42 50) Temporal bone Ø (Ø85 75) HD 150µm d N 200µm Temporal bone pair Ø (Ø85 75) Vertebrae Ø (Ø85 75) Ø (Ø85 110) Airways Ø (Ø85 75) Ø (Ø85 110) Ø (Ø ) Ø (Ø ) HR = high resolution, HD = High Definition, N = normal, LD = low dose, d = default 3D Model Scans Impression scan Ø90 50 HD 100µm HR = high resolution, HD = High Definition, N = normal, LD = low dose, d = default Planmeca Romexis 3D Software The Planmeca Romexis software modules Planmeca Romexis Patient management Planmeca Romexis 2D Imaging (intraoral, panoramics, cephalometry, intraoral camera) Planmeca Romexis 3D Imaging (3D Explorer, Panoramic, Cross Sections and Surface/ProFace modules) Planmeca Romexis Report manager Planmeca Romexis Viewer for viewing the studies DICOM Import/Export and DICOM DIR Media Storage Optional software modules: Planmeca Romexis 2D Implant Planning module (includes realistic implant library) Planmeca Romexis 3D Implant Planning module (includes realistic implant library) Planmeca Romexis 3D Advanced tools (includes 3D TMJ analysis module, 3D Segmentation tools and 3D Superimposition module) Planmeca Romexis 4D Jaw Motion module Planmeca Romexis DICOM Print

5 D (6) Planmeca Romexis full DICOM licence (Includes DICOM Storage, DICOM Print, DICOM Worklist, DICOM Storage Commitment and DICOM Query/Retrieve, DICOM Modality Performed Procedure Step) Planmeca Romexis Radiology Findings Module Planmeca Romexis Smile Design module Planmeca Romexis Implant Guide module Planmeca Romexis CAD/CAM module Planmeca Romexis 3D Ortho Studio Planmeca Romexis Cephalometric Analysis Planmeca Romexis Clinic Management Planmeca Romexis Cloud Technical Specifications Generator X-ray tube Constant potential, microprocessor controlled, resonance mode, operating frequency khz, Power Factor Corrector, complies with the standard IEC Toshiba D-067SB, Toshiba D-059SBR or SXR SC Focal spot size mm, according to IEC Total filtration Anode voltage Anode current Exposure time Scan time 2.5 mm Al mm Cu kv or kv 1 14 ma SmartPan: 10 s 3D: 3 24 s s Scan angle 210 / 360 SID Focus to skin distance 600 mm min. 150 mm Magnification 3D: 1.8 / 1.41 / 1.38 Pan: 1.4 Line voltage Line current Electrical classification Weight Chin rest level Cooling period Sensor specifications V~ ±10 %, 50 or 60 Hz, Power Factor Corrector 8 15 A Class I, type B 134 kg (296 lbs) cm Pixel size 127 µm Active surface Automatically controlled 19 x 24cm The 3D Reconstruction Server 3D reconstruction server is a zero maintenance Linux based high-performance computer, which captures images from imaging device and performs a 3D reconstruction routine. This automated routine converts the original

6 D (6) image frames acquired into the 3D volume, which is then transmitted to the Modality Workstation (Planmeca Romexis Image Acquisition Workstation) and to Planmeca Romexis Server for storage. 3D Reconstruction Server is included in all deliveries. --- EOF ---

Planmeca ProMax 3D s CBCT unit

D0010759 1(5) Planmeca ProMax 3D s CBCT unit Introduction The Planmeca ProMax 3D s X-ray unit uses cone beam computerized tomography (CBCT) to produce threedimensional X-ray images. Panoramic and cephalometric