When the teeth are subjected to a variety of forces and does not move to a new location under usual circumstances. Complete dentition is in the state of equilibrium functional processes of bones will be altered if the function is lost or changed. -alveolar process exists only to support the teeth. - if a tooth is extracted, the alveolus in that region resorbs until finally it completely atrophies. Consequences of tooth loss • Mesial tipping and rotations of distal molars • Distal tipping and rotations of mesial teeth • Eruption of opposing tooth in edentulous space • Gingival tissues become folded, and pockets form in the area • Accumulation of plaque in pockets leads to periodontal damage, with loss of gingival attachment and alveolar bone loss. Indications for regaining space • Severely tipped molars • Periodontal involvement of the mesial root(s) of the molar need to be uprighted.

1. Memory Titanol Spring
for Uprighting of Molar
ACHIEVED BY: Dr.Maen Dawodi

2. When the teeth are subjected to a variety of
forces and does not move to a new location
under usual circumstances. Complete
dentition is in the state of equilibrium
OVERVIEW

3. Equilibrium effect on jaw size and shape
 functional processes of bones will
be altered if the function is lost or
changed.
-alveolar process exists only to
support the teeth.
- if a tooth is extracted, the
alveolus
in that region resorbs until finally
it completely atrophies.

4. Consequences of tooth loss
• Mesial tipping and rotations
of distal molars
• Distal tipping and rotations
of mesial teeth
• Eruption of opposing tooth
in edentulous space
• Gingival tissues become
folded, and pockets form in
the area
• Accumulation of plaque in
pockets leads to periodontal
damage, with loss of gingival
attachment and alveolar bone
loss.

5. Indications for regaining space
• Severely tipped molars
• Periodontal involvement of the mesial root(s) of the
molar need to be uprighted.

6. Clever design, optimum effect.
Memory Titanol® spring (Prof. Dr. Franz Günter Sander)

7.  Its Biological with
favorable low force is an
effective way to upright
molar.
Stainless steel wire (.017 x
.022) is laser welded with
a crimpable rectangular
tube.
 Memory Titanol spring will
be adjusted according to
the force and movement
required.
 After having adjusted the
memory titanol wire, crimp
the rectangular tube, The
stainless steel wire will be
incorporated in the cross
tube and will then be fixed
by an offset bend.
Memory Titanol® spring

8.  No post-activation
 Molar Correction Spring is
used for uprighting
partially rotated and tilted
second molars.
 Physiological forces take
effect, and a bite elevation
is avoided.
Design or Feature of Memory Titanol Spring :

9.  a super-elastic Titanol® wire is
connected to a steel wire via a
crimpable stop.
 With this material combination
the pseudo elastic areas of the
spring can be used optimally,
and consistent moments and
biologically favourable forces
can act on the molars.

21. THANK YOU