Renfert Waxlectric I Instrucciones De Servicio página 14

Tips & Tricks:
• When "dipping" a thin probe with a
rounded back into cold wax the wax
will melt more quickly. A larger amount
of wax can be taken up and also
reduces the mechanical load of the
relatively sensitive probe.
• Speedier and more effective modelling
is achieved (30% saving on time!)
when you pre-warm the wax in the
Vario E. The wax can be used more
sparingly and cools down quicker.
This reduces shrinking to a minimum.
• As the tip inserts are not coated they
can – starting from their basic shape –
be ground, bent and polished as you
require.
• The cable of the handpiece can be
guided (e.g. over a specific fixed
point (hook etc.) so that the handpiece
hangs down from above and thus is at
the ideal holding level. Using this cable/
handpiece hanger a speedier grasp or
change of handpiece is achieved.
• If you set the temperature to 50°C
[122°F] you can use a slightly warmed
Waxlectric blade to rub the wax crown
border onto the die.
Subject to modification.
Tips & Tricks:
• When "dipping" a thin probe with a
rounded back into cold wax the wax
will melt more quickly. A larger amount
of wax can be taken up and also
reduces the mechanical load of the
relatively sensitive probe.
• Speedier and more effective modelling
is achieved (30% saving on time!)
when you pre-warm the wax in the
Vario E. The wax can be used more
sparingly and cools down quicker.
This reduces shrinking to a minimum.
• As the tip inserts are not coated they
can – starting from their basic shape –
be ground, bent and polished as you
require.
• The cable of the handpiece can be
guided (e.g. over a specific fixed
point (hook etc.) so that the handpiece
hangs down from above and thus is at
the ideal holding level. Using this cable/
handpiece hanger a speedier grasp or
change of handpiece is achieved.
• If you set the temperature to 50°C
[122°F] you can use a slightly warmed
Waxlectric blade to rub the wax crown
border onto the die.
Subject to modification.