THE
NEXT GENERATION i-CAT® CONE BEAM 3-D SCANNER NOW AVAILABLE
TO DENTAL PROFESSIONALS
The latest version of the Imaging Sciences i-CAT boasts
a sleek new redesign and enhanced features for faster and
even more accurate treatment planning and surgical success
Hatfield, Pa.—Oct. 3, 2007— Imaging
Sciences International, the global leader in advanced dental
and maxillofacial radiography products, today announced the
Next Generation i-CAT®, the leader in Cone Beam 3-D dental
imaging, is now available for sale and installation. The latest
i-CAT® version offers the industry’s fastest scan
times at 5, 8.5, and 26 seconds, with standard reconstruction
taking less than 30 seconds, providing dentists with near-instant
data for the best possible patient diagnosis, treatment, and
surgical predictability. Other brand-new features include
a rotating, Amorphous Silicon Flat Panel Sensor for capturing
both small and Extended Fields of View with superior accuracy,
data reliability, and control over radiation dosage.
“Imaging Sciences International set the bar for Cone
Beam 3-D imaging with the introduction of the i-CAT® in
2004,” says Ed Marandola, President of Imaging Sciences.
“Now, the Next Generation machine has raised the bar
for dental imaging and treatment planning. Forward-thinking
dental practitioners have long relied on the i-CAT®’s
accurate, in-depth data, while patients appreciate the comfort
and convenience of the in-office scans. The latest i-CAT®
continues our excellence in developing safe and effective
treatment planning tools and cements our leadership position
within the industry.”
This latest i-CAT® version includes several enhanced features
that further improve scanning and diagnostic capabilities:
• Shorter scan and reconstruction time. The Next
Generation i-CAT® offers even shorter scan times, plus
the fastest reconstruction time. Scan times now take 5, 8.5,
and 26 seconds, with standard scan reconstruction taking less
than 30 seconds. These processes impact workflow by speeding
the time to diagnosis and treatment planning. Patients also
don’t have to stay still for as long, thus improving
patient stability, and resulting in the most accurate images.
• Extended Field of View. The large Field of
View (17cm height by 23cm diameter) creates anatomically accurate
and detailed cephalometric 3-D images of the entire skull.
The result: a complete orthodontic work-up of frontal and
lateral cephalometric, panoramic, supernumerary, SMV, TM joint,
and airway and spinal studies. The i-CAT® images also
are compatible with most major orthodontic and implant planning
software, and come with 3DVR™ Volume Rendering software
for viewing and rotating data from all angles.
• Rotating flip-panel sensor to capture smaller Fields
of View. The Amorphous Silicon Flat Panel sensor, proven
to be the best available sensor technology in the industry,
adjusts to capture data in two views: portrait and landscape.
It has the ability to Collimate for a range of volumes (4-17cm
height by 16-23cm diameter). Portrait view captures Extended
Field of View data in 8.5 seconds, with less radiation to
the patient. In comparison, landscape view offers full resolution
and detail for smaller fields of view. This convenient feature
gives dental professionals the flexibility to utilize the
type of scan appropriate for their treatment. It also helps
prevent unnecessary radiation exposure by offering a smaller
field of view for post-procedure scans or scans of children
to ensure ALARA (As Low As Reasonably Achievable) radiation
doses, while still allowing the option of a detail-rich wide
view when more information is needed.
• Manageable file sizes. Typical file sizes are
decreased to about 50 megabytes per file, making them the
smallest, most manageable file size of any vendor. This means
the dentist can easily and quickly share the images with referred
specialists, without worry about lengthy downloads and special
viewing software.
• Sleek redesign. Always one of the smallest
scanners available, the i-CAT® now boasts a clean design
with smoother, rounded corners for aesthetics and ergonomics.
In addition, the sturdy and stable chair/head support mechanism
reduces movement, and optimizes image quality, while keeping
patients comfortable in the perfected seat design.
The easy-to-use i-CAT® produces more thorough three-dimensional
views of all oral and maxillofacial structures. Patients remain
seated in an ‘open environment scan,’ which increases
comfort, and captures the natural orientation of anatomy.
Once the data is captured, it’s transferred to a computer
within minutes, and displayed on an intuitive 3-D mapping
tool that allows doctors and technicians to easily format
and select desired ‘slices’ for immediate viewing.
The footprint of the in-office i-CAT® is just 17-square
feet, and creates the 3-D images at a reduced cost to dentists
and patients.
Press contact: Company
contact:
Alicia Buonanno Michelle
Jackson
Gregory FCA Communications Imaging
Sciences International
27 West Athens Avenue 1910
North Penn Road
Ardmore, Pa. 19003 Hatfield,
Pa. 19440
610-642-8253 ext. 118 215-997-5666
Alicia@GregoryFCA.com
michelle.jackson@imagingsciences.com
ABOUT IMAGING SCIENCES INTERNATIONAL, INC.
Serving the dental industry since 1992, Imaging Sciences International
is a global leader in the development and manufacturing of
the most advanced computer controlled dental and maxillofacial
radiography products in the world. The company’s marquee
product, the i-CAT®, now exclusively distributed by Sullivan-Schein,
is the leader in Cone Beam 3-D dental imaging creating anatomically
accurate three dimensional images at a significantly lower
cost and less radiation than traditional CT scans.
Imaging Sciences is recognized internationally by leading
dentists and radiologists as one of the most innovative companies
in the world. Learn more about Imaging Sciences’ cutting
edge technologies atwww.ImagingSciences.com.
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