Aptica Plus B - Dental2000.It
Aptica Plus B - Dental2000.It
Aptica Plus B - Dental2000.It
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<strong>Aptica</strong> <strong>Plus</strong> B<br />
...the most advanced device for handpiece sterilization<br />
Adaptive Heat<br />
This is the innovative heating system<br />
designed by Dental X to accelerate the<br />
sterilization cycles and reduce consumption.<br />
This exclusive system eliminates thermal<br />
stress and allows safer sterilization<br />
of the turbines and handpieces<br />
without the risk of early deterioration.<br />
The Adaptive Heat heating system<br />
takes advantage of the conductive<br />
properties of the copper used to build<br />
the chamber. Thanks to the high conduction<br />
of the copper, a new-generation<br />
active heating element system<br />
has been designed which heats the<br />
chamber in a differentiated manner<br />
based on the thermal flow of the steam<br />
and the different phases of the cycle.<br />
This allows the elimination of thermal<br />
stress and acceleration of the heating<br />
phases without resorting to electronic<br />
devices, steam injection or compromising<br />
the reliability of the heating elements<br />
themselves.<br />
The copper - multiple heating element<br />
combination enables faster cycles with<br />
homogenous distribution of the steam<br />
while keeping the peak temperatures<br />
of the heating elements and surface<br />
temperatures of the chamber equal to<br />
the sterilization temperature, thus safeguarding<br />
the long-term service life of<br />
the heating elements and the reliability<br />
of the system as a whole.<br />
Active Steam Injection System<br />
This is a new technology that allows<br />
the water to be heated before entering<br />
the chamber using the thermal energy<br />
of the primary heating elements.<br />
Unlike steam generators, the Active<br />
Steam Injection System does not require<br />
additional energy and is definitely<br />
more reliable.<br />
Warm-up System<br />
During the depressurization phase, the<br />
water in the tank is pre-heated by recovering<br />
the thermal energy of the<br />
steam.<br />
This technique achieves faster cycles<br />
without increasing power consumption.<br />
Furthermore the warm up helps<br />
to degas the water and speed up the<br />
vacuum phases.