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Twin-Up Body-Face is a latest generation electrostimulator expressly designed for muscular exercise with the aim of training, firming and toning muscles all over the body and for slimming fatty areas.
In human beings, muscle contraction is controlled by the central nervous system by means of electro-chemical impulses conveyed through the nervous system. Thanks to a sophisticated and absolutely safe electronic circuitry, Twin-Up Body-Face generates specific electrical currents that cause muscle contraction by substituting the impulses generated by the central nervous system. By modifying a series of parameters, such as the frequency and intensity of the impulses, the length of contraction time, recovery time etc., Twin-Up Body Face allows various programmes to be selected, each used to achieve a different objective. These include the development of muscular strength, aesthetic toning and the reduction of fatty deposits but also the decontraction of traumatized and contracted muscles as well as toning up facial muscles.
Training by electrostimulation provides a number of advantages which, are such as to integrate and partially replace voluntary training. Among these can be included:
- Selective stimulation of the muscle group or part of this. (By positioning the electrodes correctly on the different muscles, a specific stimulation can be achieved of the selected muscle. reducing activity of the adjacent muscles to a minimum.)
- Maximum recruitment of muscle fibres. By setting suitable current intensities, the maximum recruitment of muscle fibres can be obtained, something hard to achieve through voluntary contraction.
- Absence of load on joints. Especially on the spine, where problems in this area often represent a limitation to physical activity in both sedentary and sportspersons.
- Absence of general body tiredness.
- Rapid progress. |
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In human beings, skeletal muscle contraction is controlled by the central nervous system by means of electro-chemical impulses. Above is an example of contraction using electrostimulation
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