Planmeca Promax 3D with N-Liten 3D Software

PLANMECA
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L)X 3D
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with NaLiten 3DTm S~ftware~--%~~

& all yaur diagnostic needs.
*Cephalometric imaging only available when Cephalometric unit is purchased.

Any Existing PLANMECA ProMax Can
be Upgraded to 30
r
'hanks to the original, technologically advanced design, any PLANMECA
. ProMax can be upgraded to a 3D Cone Beam Volumetric
Tomography (CBVT) unit.
1
Rendering Software
N-Liten 3D software's design includes the
following main modules: DBM (Database
Management); DVR (Digital Volume
Rendering); Dynamic Lightbox; and
Report Writer.
Within each ofthese modules are the functions
and features that will allow you tocreate pseudo
pans; cross-sectional slices; trace nerves for
implants; view and render three-dimensional
volumes; and so much more. N-Liten 3D will
supply you with unlimited knowledge at
your fingertips, and simple secure methods of
archiving; sharing; printing; or retrieving your
patient information. N-Liten 3D software has
r remote PACS Server sending capabilities and is
fully DlCOM compatible.
N-Liten 3D is so advanced, there is no way to list all of its
features in a brochure, however, hereare someofthe other
tools included in the N-Liten 30 software package:Zooming;
Panning;Windowing; Rotating; 1nverting;Text 0verlay;Volume
of Interest Overlay; Ru1er;Tapeline; Angle; Profile; Area; Region of
Interest; Notes; Mask; Arch; Segment; Color; and Opacity.
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With its simplistic design, advanced features, and useful tools, N-Liten
3D will definitely put the knowledge you need for your patients and your 1
practice at your fingertips.
Images may concatn optional items not IthAluded
in standmd Uelhrwv.Rlghtrfor changes reserved.

Diagnostic Specific Image Sizes
With PLANMECA ProMax3DCBVT,studyvolumesizesareselectable
to meet diagnostic needs without excess radiation outside the
region of interest (ROI).
The80x80 mm imagesize isoptimum for most diagnosticapplications
requiring wholedentition, mandibleand maxilla in the same study
volume.The 80 x50 mm volume can be used for single views of the
jaw mandible or maxilla, which lowers the radiation by almost 40%.
The small 40 x 50 mm volume is intended for molar area studies or
for planning third molar extractions.
30 rendition Impaction analysis
Implant Placement
PLANMECA ProMax 3D CBVT produces high resolution volumetric
studiesofthe mandible and maxilla for analyzing the bone structure
available, the location of the mandibular canal, and the correct
4
Nerve mapping
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position for the implant. Pre-surgical planning will reach a new
level of precision, as the proposed site is visible in all three imaging
planes: sagittal, axial, and coronal.
TMJ view
Maxillofacial Surgery
Third molars, maxillarycuspids, supernumeraryteeth,and impactions
challenge the clinician to identify the tooth's orientation. PLANMECA
ProMax 3D CBVT makes all angles and orientations easily visible.

El
Close-up view of condyle
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Cephalometricimagesarethefull
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the
Orthodontic Planning and
TUI Analysis
PLANMECA ProMax 3D CBVT studies supported with digital
visualization ofall classesoforthodontic
malocclusion and planning, saving timeand reducing patient radiation
dose. Unlike traditional orthodontic analyses, PLANMECA 3D provides
orthodontist with image data in the correct anatomic 1:1 ratio
with no need to correct for geometric magnification.
-! 4~ Cross-sectional slice
Pseudo panoramic
I 1
PLANMECA ProMax 3D CBVT also provides high-resolution TMJ
studies for true and accurate evaluations of the joint arthritides,
condylar morphology and the condyle-fossa relationship.
PLANMECA ProMax 3D CBVT complies with a multitude of
diagnostic requirements: endodontic, periodontic, orthodontic,
and implantology.
WR (Digital volume renderings with axial & pseudo pans'
With its high resolution (3lp/mm) and reconstruction technology,
PLANMECA ProMax 3D CBVTwill establish the new standard for 3D
dental radiology.

Features
& Benefits
I Panoramic
The reconstructed image volume
consists of more than 120
million voxels. These voxels are
isotropic, which enables accurate
1 :I measurements and ensures
geometric relations throughout
PLANMECA ProMax 3D CBVT
utilizes new Cone Beamvolumetric
Tomography (CBVT) technology. It
takes the whole volume needed
in a single half circle scan, as
opposed to medical CT's that take
multipleaxial slices in multiple full
circle scans.
The direct deposit Csl on a
semiconductor flat panel produces
accurate, distortion-free images
for 3D reconstruction. Image
intensifier sensors useold vacuum
tube technology and multi-step
focusing, whereas flat panels
use single-step image readout5
without geometric distortion, los=
of sensitivity, and the subsequent
need for frequent calibration.
I Lateral Ceph
Rotational Sinus
I
the image.
High Resolution
The extremely small voxel size,
160 I.lm, provides a detailed high
resolution 3 Ip/mm image without
artifacts.
PLANMECA ProMax's patented
SCARA robotic arm ensures
accurate and reliable image
volume positioning. All controls
are made on a full-color graphic
user interface in the language of
your choice.
Pulsed Exposure:
More Accuracy,
Smaller Dose
Unique 30
Reconstruction
PLANMECA's proprietary 30
reconstruction
algorithm
converts the original 2D
transillumination images to 3D
volume study and is the core
component for high-quality 3D
imaging. It handles high contrast
objects like amalgam fillings in a
special way in order to produce
undisturbed study views.
During the scan, each image is :
made using a short X-ray pulse
instead of continuous radiation.
The total scanning time is 16-18
seconds, but theactual exposure ,
time is only 6 seconds. This
technique reduces the patient ,
dose and forms a stroboscopic 1
X-ray effect which together with
theshortened rotation scan (only ;
I
194 degrees), virtually eliminates i
artifacts, contributing to the ~
outstanding image quality.
Images may contain optional items not inc.----
... -.-.~dard delivery. Rights for changes reserved.

Data Sewer Description
Stores all data. Romexis stores data to MS
SQL Express or Solid. N-Liten 3DM stores
data to XML. The Data Server should have
large hard disk space, hardware redundancy,
and a logical backup solution.
Hardware Requirements
Processor: 2Ghz Duo Core
System Memory: 2 GB
Hard Disk Space: Multiple large hard disks.
Storage size depends on usage. Each 3D data
set is approximately 250 MB. Each hard disk
size should be a minimum of 500 GB.
Software Requirements
Windows XP or 2003 Server OS, .NET 2.0,
and IIS must be installed on server.
Network Server
Hardware
Diagram
& System
Requirements
Image Acquieltion Workstation
Romexis acquires images from the
Recon- struction PC and utilizes
N-Uten 3Dm for advanced image
processing.
Hardware Requirements
Processor: 2Ghz Duo Core
System Memory: 2 GB
Video Card: 256 MB, 32-bR color
Hard Disk Space: 10 GB free space
Monitor: 1600x1200 mlution,
32-bit color
Network: 2 network interface cards
+m- -
-
lmage Acquisition Workstation
ProMax 3D images are
taken similar to a pan.
The ProMax has the
ability to capture pans,
Cephs, and 3D CBVT
Reconstructs all raw data and
transfers it to the Romexis
workstation. All calibration files
and software needed to capture
CBVT images are preloaded
by PLANMECA.
Reconstruction PC

PLANMECA USA, INC. 100 N. Gary Ave., Suite A, Roselle, IL 601 72,
Telephone: 630.529.2300 Website: \nnnrw.planmeca.com E-mail: sales@planmecausa.com