SCALDALETTINO con controloo digitale View larger

WARM BED with digital control



170,10 € tax excl.

Instead of 189,00 €

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Warmer with Tcontroller electronic device.

Features of the HEATER with digital control

This thermal blanket is the ferrari of the scaldalettini, was created to be laid on massage tables and give wellness to your customers. In fact, thanks to its digital controller you will be able to manage the desired degree of temperature and thanks to the timer and auto-off will save you electricity.

It is equipped with Tcontrollere which allows it to:

- Adjust the temperature level

- program a timer from 10 to 60 minutes

- program manual shutdown

- have an automatic safety shut-off after 4 hours

- have an audible alarm.

DIMENSIONS: cm 150x50ca.


- 100% polyester interior

- 100% vinyl exterior

- Thermal conductive structure in COPPER (PATENTED)

Made in Italy

The importance of a thermal blanket

The scaldalettino is an indispensable tool in beauty and wellness centers, in massage centers, in physiotherapy and in all the cabins where the client has to lie down for therapy or treatment. The heat helps to relax the mind and the muscles that otherwise would remain contracted and would not favor a good final result.

Electronic switch T CONTROLLER

Temperature Controller is an electronic device with unique features for continuous temperature control. T Controller guarantees temperature control in compliance with the parameters required by current regulations, leaving the operator the possibility to customize the treatment. A user interface, complete with LCD display, displays the parameters set for treatment in real time.

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Thermo-conductive structure in COPPER (PATENTED)

This innovative and patented system allows to obtain a homogeneous and constant heat distribution over the entire surface compared to a traditional electric blanket.

The heating part consists of a resistance fixed on a layer of fabric whose area is completely covered by a THERMOCHONDUCTIVE STRUCTURE.

Resistance can not inevitably cover the entire area of the electric blanket, thus causing non-homogeneous heating. Thanks to the thick thermo-conductive structure, which covers the entire area of the electric blanket, the heat is homogeneously distributed over the entire surface. The heat emitted by the electric blanket is in fact uniformly transmitted to the surface of the tire and up to the rim of the wheel thanks to the thermo-conductive structure, thus avoiding a "leopard spot" heating.


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