Implant
Dental implant is tissue- friendly miniature screw
which is made of titanium.
Dental implants may be thought of as artificial
tooth roots which allow the fabricated teeth to be
firmly attached to the mouth. They may be used to
replace all teeth missing in a jaw or just to
replace one or several missing teeth. The treatment
choices can vary tremendously.
All surgery, tooth fabrication and other specialty
work are performed in our office. We also offer an
exceptional variety of different implant techniques.
This allows us to customize a course of treatment
specifically for you.
There are three classes of dental implants:
1) implants that attach to the gum only (intramucosal
inserts),
2) implants that attach within bone (endosteal
screws or blades),
3) implants that attach on top of bone (subperiosteals).
This tecnique has been applied for 15 years in
Turkey and for 40 years in the world.should strongly
mention that this operation is very plain and
painless.
Natural esthetics puts the smile back on people
faces.Let people speak and bite freely.
Implant is
1. ease-of-use.
2. economical
3. provides maximum precision,strength and beauty.
4. patient comfort
5. immediate function
6. soft tissue integration
Implant-supported replacement teeth look , feel and
function like natural teeth.
For patients dental implants provides comfort,
convenience and confidence.
For dentists, patient satisfaction, enhanced
reputation and more stimulation.
We can give you teeth that don't move when you speak
or chew!
It prevents bone deformation which is caused from
missing teeth.
ELECTRONIC ANESTESY
  
Implantat
Basic Implant Design:
1. Threaded
2. Non-Threaded (Cylinders)
Specific Micro-Surface Design:
3. Machined
4. Acid Etch
5. Shot Blasted
6. Titanium Plasma Spray
7. Hydroxyl Apetite (HA) Plasma Spray
8. Porouse Sintered Surfaces
Pure titanium vs Titanium Alloy
Dental Implants can also be characterized by
their macro and microscopic surface configuration.
Macroscopically, we deal with two basic types of
implants: Screws and Cylinders. Microscopically we
deal with an assortment of surface treatments and
coatings which are all designed to promote
osseointegration.
Screws and Cylinders both work effectively. There
are some significant differences in technique here,
but would be hard pressed to say that one design is
better than another. There have been several
articles comparing the differences between screws
and cylinders and espousing one over the other in
certain situations, but it all comes down to
personal preference and not science at this time.
Surface controversy has been high on the implant
manufacturers hype. It is understood that there
might be something that we can do to the implant
surface that will make it integrate faster and more
securely to the bone. We do know, for example, that
the addition of Bone Morphogenic Proteins (BMP) will
accelerate and enhance bone formation around an
implant and in a graft situation, but we cannot say
this for mechanical surface enhancements. At this
point in time, however, manufacturers claims far
outpace what the reality is... But, some day, we
will be able to design implant surfaces that will
react better and faster with bone.
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