Novaptus Systems,
Incorporated and The Hague Center for Cosmetic
Surgery initiated a pilot program in late 2002 to introduce
White Light Scanning Technology to the aesthetic surgery practice.
The White Light Scanner is in current use in the soft goods industry
for high-end tailored clothing measurements.
The advantages of this
technology lie in its simplicity and accuracy.
White light scanning
is quick, safe and unobtrusive.
The entire acquisition
and imaging process takes less than 90 seconds. There are no lasers
nor is there any radiation exposure.
White light scanning
is inexpensive and easy to use.
The scanning technology
costs far less than other types of imaging systems. Moreover,
non-specialized personnel can be quickly trained to take an accurate
scan. Scans can be securely retrieved, analyzed and processed
remotely.
White light
scanning is accurate.
The scanner produces
a highly accurate 3D surface image of the patient, with a margin
of error of less than 1mm. Critical, novel and unique measurements,
based on Novaptus' programmable measurement extraction profiles,
can be automatically, objectively and repetitively extracted from
the surface image. These measurements, including volume and surface
area, form the basis for the patient's 3D Digital Archive.
The uses of White Light
Scanning to the health, wellness and medical industries are virtually
limitless.
Novaptus Systems will
shortly be introducing methods of using the white light scanner
images to perform algorithmic-based virtual surgery. By translating
the scanned image into virtual reality, Novaptus has developed
a set of tools that allows the surgeon to manipulate the virtual
image along the lines of the desired aesthetic procedure. The
resultant "forecasted" model is translated back into
a form that the scanner software can interpret, and a highly accurate
model is then created as if the patient already had the procedure
performed and was physically standing in the scanner's scan chamber.
Please return to this site for further information posted shortly.