THE MESSAGE OF FREQUENCY PhaseSlim DLS is PhaseTech’s Research Laboratories authoritative response to the challenge of developing a biocompatible technique for treating panniculus adiposus and sclerotic fibroadenoma panniculopathy. |
|
|
|
THE MESSAGE OF FREQUENCY PhaseSlim DLS is PhaseTech’s Research Laboratories authoritative response to the challenge of developing a biocompatible technique for treating panniculus adiposus and sclerotic fibroadenoma panniculopathy. |
Depending on frequency of usage, PhaseSlim DLS is able to communicate with various subcellular structures (nucleus, mitochondria, cytoskeleton, and other organules) and induces a controlled biological response according to the therapeutic requirements by mimicking natural electrophysiological exchanges.
PhaseSlim DLS emits microcurrents similar to endogenous currents capable of reaching the hypodermis and triggering the production and release of catecholamine and hormones that activate processes of lipolysis. The release of noradrenaline and other neurotransmitters occurs through electrical depolarisation effected by energy emitted and controlled by PhaseSlim DLS.
Lipolysis occurs by triggering a metabolic process in which the triglycerides are transformed into H2O and CO2 by Betaoxidation and the Krebs cycle.
Appreciable results can already seen from the initial treatments in the panniculus adiposus reduction and recovery of skin and muscle tone.
TREATMENT INDICATIONS
|
Thanks to the proprietary technology Deep Lightning Stimulation (DLS) proprietary technology, micro loads of current selectively pass through the tissues causing reduction in the number of adipocytes and consequent release of triglycerides in the haematic flow. Furthermore, it helps improve the consistency of the adipose tissues particularly in those resistant to other techniques (compact and anhydrous fat).
PhaseSlim DLS emits current of intensity between 10 μA and 500 μA (microAmpere), a thousand times weaker than that conventionally used in electrotherapy.
The clinical trial showed that microcurrents are effective in stimulating regeneration of connective tissue with elastic and collagen fibres, inducing the consequent stretching of the dermal fascia.
PhaseSlim DLS’s innovative electrostimulation system acts on deep cells using the proprietary technology by stimulating the tissue regeneration and enables full recovery of functional ability in chronologically damaged tissue.
PhaseSlim DLS induces biochemical responses through biophysical stimulation |
before the treatment | after the treatment |
Tissue regeneration induced by emission of microcurrents at varying frequencies using PhaseSlim DLS occurs through a series of effects triggered by electrostimulation controlled by Tesla Pure:
|
The special ergonomic handpieces emit frequencies between 5 and 500Hz according to the program selected and have been designed for maximum comfort for patient and operator. Each handpiece automatically regulates the emission of energy through a constant feedback of the impedance measurement taken from the tissues treated. This means that only the energy needed for therapeutic purposes is emitted guaranteeing a pleasant treatment experience. |
|
The special ergonomic handpieces emit frequencies between 5 and 500Hz according to the program selected and have been designed for maximum comfort for patient and operator. Each handpiece automatically regulates the emission of energy through a constant feedback of the impedance measurement taken from the tissues treated. This means that only the energy needed for therapeutic purposes is emitted guaranteeing a pleasant treatment experience. |
Download the brochure in Pdf format
Download the brochure in Pdf format
PhaseTech | Via Kennedy 2, 24060 Bolgare (BG) | tel & fax +39 035.690560
This email address is being protected from spambots. You need JavaScript enabled to view it.
| www.phasetech.it
PhaseTech Via Kennedy 2, 24060 Bolgare (BG)
tel & fax +39 035.690560
This email address is being protected from spambots. You need JavaScript enabled to view it.
| www.phasetech.it