Multibor - Power Control Processor technology
The power control processor precisely controls the correlation of the
selected rpm rate with the output power required to perform a
specific procedure or a type of work. When the nail care master
presses the tool firmer to the surface being treated, the Milling Cutter
does not stop and does not decrease the preset rpm rate; on the
contrary, it keeps those parameters as they are, while overcoming the
resistance of the surface being treated. However, any type of work
has its own precisely limited range of the output power applied.
When the nail care master approaches the permitted limits of the
output power in the course of work, the power control processor
sends an audible warning signal. The nail care master should then
change the working pressure or else the power control processor
would switch off the power supply to the motor. This enables the nail
care master to 'limit the working pressure' and to use the power
reserve more precisely, thus making it possible to prolong the
technological lifespan of the Milling Cutter and to keep it from
overheating under 'hard operation modes' and sustained workloads.
The graph shown below will assist you with better understanding
when you need to select the required speed of rotation depending
on the diameter of the tool applied.
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Multibor - Suite technology
The quality and the speed of performance of the procedures depend
both on the skills of a master and on the correct combination of the
equipment and materials as well as on the output power of the
milling cutter, the shapes and sharpness of the caps, the tool rotation
speed, and the pressure on the nail plate or the foot of a client.
The Multibor-Suite technology combines the technical capabilities of
the equipment, the specifics of usage of the tools for
machine-assisted nail care, the present-day requirements of a client,
and the skills of a master.
Your milling cutter operates according to the Multibor-Suite
technology in the Program Mode.
This enables you to use the table for correct operation of the device
in accordance with a pre-selected program for a specific procedure.
The processor will further automatically select the required speed,
the output power, and the torque, and it will also supervise and
control all required changes in the course of the operation, smoothly
adapting to your manner of performing the procedure.
Control programs and their respective tools can be found on the
second page.
