EickTron
120
‐
160
EN‐13
MA510a
_EN
Instruction’s
Manual
Manuale d’Istruzioni
DEUTSCH
PORTUGUES FRANCOIS ESPANOL
ENGLISH
ITALIANO
of
active
electrode.
When
the
current
density
is
reduced
and
a
broad
‐
surfaced
electrode
is
used,
to
dissipate
the
energy
over
a
larger
area,
the
effect
is
to
dry
out
the
surface
cells,
without
deep
penetration,
resulting
in
coagulation.
These
coagulate
surface
cells
then
serve
as
a
layer
of
insulation,
preventing
heat
derived
by
successive
applications
of
current
from
penetrating
too
deeply.
The
current
normally
used
for
coagulation
is
modulated
and
depending
from
the
modulation
percentage
is
the
smoothness
of
cutting,
goodness
of
haemostasis
and
likelihood
of
tissue
destruction.
Deeper
current
modulation
brings
to
somewhat
roughly
cutting
and
the
chance
of
some
slight
depth
of
tissue
destruction
but
more
efficient
coagulation.
The
following
rules
help
the
operator
to
obtain
good
coagulation:
however
every
user
must
follow
first
of
all
his
professional
judgment
as
he
does
every
time
in
his
practice.
Select
a
ball
or
heavy
wire
electrode;
Locate
the
bleeder,
after
have
wiped
the
excess
blood
from
the
area,
contact
lightly
the
bleeder
before
activating
the
electrode;
Stop
the
electrode
activation
as
soon
as
the
tissue
blanches
to
avoid
tissue
damage;
Maintain
clean
the
electrode’s
tip
(the
optional
sponges
F7520
to
clean
the
electrodes
are
advised).
Bipolar
Coagulation
Bipolar
coagulation
consists
in
the
hemostais
of
small
blood
vessels
of
the
body
tissue
between
the
two
tips
of
the
forceps.
When
the
current
density
is
reduced,
the
drying
of
the
cellular
surface
is
obtained,
without
deep
penetration
and
its
consequent
coagulation.
These
superficially
coagulated
cells
act
as
a
layer
of
insulation
that
prevents
the
heat,
due
to
successive
current
applications,
to
penetrate
too
deeply.
