Planmeca ProMax tomography

Slides:



Advertisements
Similar presentations
S. Guilbaud Education Director School of Radiologic Technology
Advertisements

Ovid Training Department 2011 Primal Pictures User Guide (v.1.3) 3D anatomy images copyright of Primal Pictures Ltd
Technical Aspects: the machine the image
Reference Reading: Chapter 17; pp (up to step-by-step procedures)
Planmeca Intra.
Chapter3 Pulse-Echo Ultrasound Instrumentation
The best choice for dental office
The best choice for dental office. Easy to operate Open and easy patient access Side entry and open view No mirror, no traumatic view of injuries Triple.
ProMax 3D all in one ProMax 3D – Cone Beam Volumetric Tomography
Planmeca ProX.
Rotation Solids In Contact.
 The panoramic unit is often used to cut down on the amount of radiation the patient is exposed too pared to a CMX. This technique is also utilized to.
Beam Therapy Equipment 2 Linear Accelerator Head.
PANORAMIC RADIOGRAPHY
Components of Radiographic Image Quality
Radiographic Quality Chapter 5.
 Definition- a specialized technique for producing radiographs showing only a section or a slice of a patient  Each tomograph shows the tissues within.
Chapter 17 The Grid So far we have discussed how kVp, patient size and collimation impact scatter radiation. As the part size and kVp increase, scatter.
Part II Image Quality 1  Image Quality  Photographic Quality  Geometric Quality 2.
Honors Geometry Transformations Section 2 Rotations.
OCCLUSAL EXPOSURE TECHNIQUES. At times, more extensive radiographic views of oral tissues are desired than are obtainable with periapical or bite-wing.
Bisecting angle technique patient holds the film or sensor with his finger short cone  magnified apexes.
Fixed Beam Moving Stage using a stitching free exposure strategy.
Chapter 13 Facial Bones Part 1.
Lecture 4 Beam restricting Devices, their Use and Maintenance
Planar scintigraphy produces two-dimensional images of three dimensional objects. It is handicapped by the superposition of active and nonactive layers.
THE ULTRASOUND IMAGE: GENERATION AND DISPLAY
Conventional and Computed Tomography
Shutter Speed Afzaal Yousaf Baig
Paranasal Sinuses Imaging
Resource Reading: Chapter 17 – pp. 158 – end of chapter.
Videographer Basic Tutorials For the Internet. Materials you should have At least a 150 GB external drive Your camera The proper cables needed to connect.
Outline of class  1 st part: How to make sketches  Entities  Relations  Dimensioning  2 nd part: How to make features  Starting/ending points 
Plain Film Tomography George David Associate Professor Department of Radiology Medical College of Georgia Resident Physics Lectures.
Quality Control.
Oral radiology II.
IMAGE QUALITY REVIEW RT
Dr Mohamed El Safwany, MD.
RADIOGRAPHY Veterinary dental nursing procedures RADIOGRAPHY.
LASER AND ADVANCES IN METROLOGY
Computed Radiography By Prof. Stelmark. Presently, an acceleration in the conversion from screen-film radiography (analog) to digital radiography (DR)
Dental Panoramic Tomography
1 Radiology Panorex and Extra-oral films. 2 Purpose: Covers large areas of jaw and skull TMJ – Temporal Mandibular joint Wisdom teeth Fractured Jaw Covers.
©2013 Delmar, Cengage Learning. All Rights Reserved. May not be scanned, copied, duplicated, or posted to a publicly accessible website, in whole or in.
Copyright © 2012, 2006, 2000, 1996 by Saunders, an imprint of Elsevier Inc. Chapter 23 Extraoral Imaging.
What is a point? 1. Point-An exact location in space, usually represented by a dot Example: Symbol: point A.
Dental raduology د. باسم الاعسم.
Copyright © 2012, 2006, 2000, 1996 by Saunders, an imprint of Elsevier Inc. Chapter 21 Occlusal and Localization Techniques.
Stacy Kopso, M.Ed., R.T.(R)(M).  Xray photon loses energy and changes direction  Responsible for most of the scatter that fogs the image  Related to.
Divide into groups Will count as quiz grade Present your section of the chapter in any format All team members must participate Groups: 1 – Intro/Overview.
Geometric Lines. You Can Find Geometric Lines in the Real World On Roads In Art On Our Flag In Games On Maps.
Copyright © 2012, 2006, 2000, 1996 by Saunders, an imprint of Elsevier Inc. 1 Extraoral Imaging.
Copyright © 2012, 2006, 2000, 1996 by Saunders, an imprint of Elsevier Inc. Chapter 26 Three-Dimensional Digital Imaging.
Conventional features 1.High definition images for diagnosis 2. Multifocal layer technology for achieving an optimal focal layer position. 3. High speed.
Dental Radiography RVT: Chapter 24.
Copyright 2007 by Raith GmbH Adjust and Align Stage Adjustment & Writefield Alignment.
Guide Right™ Edentulous Maxillary Arch
Dave Kelton Schick Technologies, Inc.
Shapes with FOUR, FIVE or SIX sides.
Factors Effecting the Production
Exposure Factors Chapter 4
BASIC DRAWING COMMANDS FOR AUTOCAD
Layer Thickness and Map Width
Three-Dimensional Image Processing
Digital Cross Sections Lab Create each figure sitting on its Base
Facial Skeleton Maxillae (2) Form the upper jaw
Writing the Equation of a Line
Cross section It is supposed a hill has been cut vertically, then we can see the side view, or cross section of the hill A section is a slice vertically.
Dental Radiology.
Presentation transcript:

Planmeca ProMax tomography

Planmeca ProMax tomography Four tomography modes Wide beam linear tomography (film)‏ Wide beam true linear tomography (film)‏ Digital linear tomography Digital Transtomography™

Film tomography Wide beam linear tomography Cassette is perpendicular to the X-ray beam Wide beam true linear tomography Cassette is kept parallel to the image layer Constant resolution over the whole exposed area

Linear vs true linear tomoraphy pin phantom Linear: The thickness of the layer is not regular True linear: The thickness of the layer is regular

Linear vs true linear tomoraphy The resolution is optimum only in the middle of the image True linear: The resolution is constant all over the image Tomography

Digital tomography Digital linear tomography One sweep - the rotating point moves along the layer during imaging Straight 6mm layer Fast Digital Transtomography™ Multiple sweep - the beam makes oscillating and transitional movement Straight layers, adjustable thickness Better layer separation

Tomography features Straight cuttings Layer thickness selectable (1, 3, 6, 9, 18, 36 mm)‏ Adjustable step between layers Constant 1.50x magnification Pre-programmed cutting sites (based on jaw size)‏ Pre-programmed cutting angles (based on jaw shape)‏ Automatic or manual operations Specialised imaging at the dental practice High value for implantology

Tomography programs Cross-sectional tomograms 1-4 cross-sectional images (manual)‏ 4 cross sectional images (automatic)‏ 3 cross sectional images with different angles (automatic)‏ 4 cross-sectional with anatomical angles 3 cross sectional images from sinus and nasal cavity (automatic)‏ The interval between cuttings is selectable by the user (1, 3, 6, 9 or 12 mm)‏ Angle between cuttings in multi- angle tomograms is ±6°, the image no 2 corresponds to the selected target position Anatomical angles are according to the curvature of the jaw, the image no 2 corresponds to the selected target position

Tomography programs Longitudinal tomograms 1-4 longitudinal images (manual)‏ 3 longitudinal images (automatic)‏ 3 longitudinal images with different angles (automatic)‏ 3 longitudinal images from the sinus and nasal cavity angle between cuttings in multi- angle tomograms is transtomogram

Tomography programs Mixed tomograms 1 cross-sectional and 1 longitudinal images (automatic)‏ 3 cross-sectional images and 1 longitudinal image (automatic)‏ 3 cross-sectional images with different angles and 1 longitudinal image (automatic)‏ Mixed tomograms give 3D- information from the target site Necessary for exact measurements the interval between cuttings is selectable by the user angle between cuttings in multi- angle tomograms is transtomogram

Taking tomogram Step #1 Take impression Step #2 Mark the target Step #3 Impression in machine Step #4 Make program selections Step #5 Set layer to mark Step #6 Patient in machine Step #7 Touch Ready Step #8 Exposure

Taking tomogram Step #1 Take Impression

Taking tomogram Step #1 Take impression Step #2 Mark the target

Taking tomogram Step #3 Impression in machine

Taking tomogram Step #4 Make program selections

Taking tomogram ProMax's concept positions the patient automatically so the area to be exposured is precisely within the focal layer. The operator simply selects the proper coordinates of the object, and ProMax goes to the right position.

Taking tomogram Step #5 Set layer to mark with joystick Adjust angle with the angle buttons

Taking tomogram Step # 6 Patient in machine Patient bites the impression When the target is upper jaw, adjust the maxillary alveolar ridge horizontal When the target is lower jaw adjust the lower part of the mandible horizontal Fine adjust the target with the positioning lights

Taking tomogram Step # 7 touch Ready Step # 8 Press exposure button

Taking tomogram 3 x CRS 1xLNG Auto Angle The diagnostic set must include the longitudinal and the one best cross-sectional images.

The End More information: Erkki Hiltunen Product Manager, X-rays tel: +358 20 7795 456 erkki.hiltunen@planmeca.com Mark Niemi tel: +358 20 7795 743 mark.niemi@planmeca.com www.planmeca.com 4/2011