There exist a good
relationship between the metals industry and the medical industry. This is because innovations in the metal industry also means development in the medical device sector.
Truth is, whenever there are improvements in metal supply and invention of new
alloys, the application of internal and external devices are greatly enhanced
in the medical field.
Titanium is well known to exhibit low
density and also very high strength features especially when it's in its pure
form. Note that, these features including its corrosion resistant trait plays a
significant role in medical applications. Titanium can also play a major role when it comes to fixation of
implants. This is because it has non-reactive
characteristics when it comes in contact with bodily fluids and it also
sticks well with the human bone too.
However, where to find the
most use of titanium in the medical industry is in the field of orthopedic. Here the titanium is used to
produce devices such as spinal, facial, elbow, hip, shoulder, and knee
replacements. It doesn't just stop there, titanium
housing is also used it heart valves. You
can also find it in the manufacturing of pegs which are used to attach
prosthetic eyes and ears.
Notably, titanium is
reputed to be the ideal shield material for medical implements like pacemakers
as well defibrillator cases, and these are all possible owing to its low
modulus and strength, and also its natural ability to resist attack by body
fluids.
When it comes to surgical
instruments such as needle holders, forceps, retractors, drills, scissors, and
eye surgery equipment, titanium is usually the most sought after material by manufacturers of these medical implements.
Having you been
experiencing a lot of issues with metals whenever you make use of methods like
stamping, punching, and pressing? If yes,
why not try manufacturing with titanium in order to get the best from your
metal manipulations. Manufacturing with
titanium is the best because, the inherent strength and resilience of the
titanium give your metal that fine shape,
form, and design that you desire from it.
You don't have to worry about stress and burr related issues that are the
trademark of other manufacturing methods whenever you employ photo etching to
titanium. It offers you a very clean and smooth surface that is without any form of blemish, In addition,
photo etched titanium parts makes it possible for advancement in the areas of
medical implant courtesy of the strong, corrosion resistance and light-weight
nature of the titanium. Finally, it's less expensive when compared to other
manufacturing technologies.
In conclusion, photo etched titanium parts offer
a lot of benefits to the medical parts production and therefore should be
embraced to enhance services in the medical field. Furthermore, it is an
extremely clean and effective process.
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