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PCCG 3D has been
designed to easily and seamlessly share
data sets and visualization parameters (e.g.
window and level values) with a PACS workstation.
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Live
Image capture — Live
images add a new dimension to image
series and movie capture. They allow
you to capture a snapshot of your 2D,
3D, MPR and MIP work inside the current
study.
Advanced multi-material, full-color,
transparent Volume Rendering Technology
for stunning reconstructions and visualizations
of medical imaging data |
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| Intelligent Active
Presets — In one click you
can produce the best image possible using
Active Presets. The "Preset Organizer"
stores and manages personal presets that can
be evoked at the click of a mouse. |
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Derived Modality
Series Capture
Using the mpr screen ,
you can easily generate a stack of oblique,
double oblique or slab MPRs as Derived
Modality Images.
This can be achieved or viewed in and
DICOM image viewer, just like your original
scan images.
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Flight-Path Movie
Sequencing
Advanced planning tools provide rapid and
accurate "flight-path" generation
for creating movie sequences of volume rendered
visualizations of the inside, outside or cross-sections
of anatomy. |
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Powerful 3D browsing tools
For exploring anatomy PCCG 3D provides a 3D browser for performing
curved and planar reformats, MIP projections
and simple 3D reconstructions of anatomy.
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Rapid Sculpting and Segmentation
In one click you can perform complex
tasks such as bone removal and volume
rendering Direct Filming
capability
PCCG 3D is capable of directly
interfacing to Laser Imagers for filming. |
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Powerful editing, reporting,
archiving and databasing tools
— PCCG 3D features a procedural
workflow, with a single button-click
producing DICOM output of standard 2D
and 3D sequences for offline reading.
AVI or MPEG output of movies is also
available, and standard bitmap output
of static images is provided. Seamless
context-driven reporting and databasing
of patient information is provided through
integration with standard Microsoft
Windows applications. Archiving is possible
to PACS via DICOM or direct from the
workstation to MOD or CD-R/RW.
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| Proven DICOM connectivity
— PCCG 3D DICOM has been thoroughly
field tested and is routinely used with equipment
from Philips, GE, Siemens, Picker, Toshiba, Agfa, Cemax-Icon,
Kodak, Imation, Konica, to name but a few. |
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| Current hardware
configuration for the Basic Viewing Station:
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Pentium
4 Processor at 2.4 GHz or higher
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2-3 GB
dual-channel DDRAM memory |
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Minimum
40 GB hard disk |
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1 Video
accelerated card |
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1 10/100/1000
base T Ethernet Network Interface Card |
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One 3.5-inch
1.44 MB floppy disk drive |
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21”
high-Res CRT monitor |
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CD-RW
drive |
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Microsoft
Windows 2000 Operating System |
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Microsoft
Office 2000 |
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Photo
Color printer |
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| Powerful editing,
reporting, archiving and databasing tools
— PCCG 3D features a procedural
workflow, with a single button-click producing
DICOM output of standard 2D and 3D sequences
for offline reading. AVI or MPEG output of
movies is also available, and standard bitmap
output of static images is provided. Seamless
context-driven reporting and databasing of
patient information is provided through integration
with standard Microsoft Windows applications.
Archiving is possible to PACS via DICOM or
direct from the workstation to MOD or CD-R/RW.
Proven DICOM connectivity
— PCCG 3D DICOM has been
thoroughly field tested and is routinely
used with equipment from Philips, GE, Siemens, Picker,
Toshiba, Agfa, Cemax-Icon, Kodak, Imation,
Konica, to name but a few.
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