Rapid prototyping technology or RP refers to the
automated construction of prototypes. Usually, the process involves, a
computer aided design, which is fed into a machine, which is in turn
transformed into a physical, 3D model through an automated mechanical
process.
Although the term rapid is relative, the reason why the
term is used in this process is because prior to this invention,
prototypes were produced longer and with more difficulty. Not to
mention that in the past, automated prototyping were limited to certain
manufacturing industries. Now with rapid prototyping technology in
place, a much wider application of the process is utilized, including
the medical industry.
Rapid medical prototyping technology is
used for things such as prototypes for medical devices and models such
as anatomical parts for medical applications. Basically, what rapid
prototyping in the medical industry does is that it provides the
innovative avenue for doctors and medical designers as well as
patients, generate a physical representation of their design so that
they can test its usability.
Of course because these rapid
prototypes will be used for the medical industry, it is important to
contract a prototyping solutions provider that is quick and reliable
and who will only use FDA approved materials. You will also want a
prototyping solutions provider who you can trust with confidential
information.
What has to be the most exciting contribution of
rapid prototyping in the medical industry is the fact that RP
technology has gone beyond providing sample models so that doctors and
patients can test the shape and feel of these products. Now, through
rapid medical prototyping, models of human bone, tissue and other
anatomical parts are available for use by surgeons to study strategies
for complex surgery.
The rapid prototyping technology used for
the medical industry is relatively new. This is why there are many new
and exciting discoveries for applications of this RP technology. It is
definitely revolutionizing the way medicine is practiced. These medical
prototypes are helping medical practitioners to be of better service to
patients without the long turn over or risks in experimentation.
Having
actual prototypes of anatomical parts help not only doctors to better
understand and discuss strategies, but it also helps for doctors in
explaining complex procedures to their patients with the use of these
aids. While 3D computer images used to in the actual prototypes place,
there is no doubt that rapid prototyping in the medical industry has
given more depth to the practice.
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