|Machine Name:||Tecar 5.0||RF Type:||CET / RET RF 2 Type|
|CET Frequency:||0.5Mhz||RET Frequency:||0.3Mhz|
|Display:||Touch Screen||Material:||Iron Machine Case|
|Color:||Cool Black||Warranty:||1 Year|
0.5Mhz Tecar Therapy Machine,
0.5Mhz RET CET Therapy Machine,
0.5Mhz Pain Relief Tecar Machine
0.5Mhz Physios Pain Relief RET CET Tecar Therapy Machine
Indiba RET CET Therapy Physios Pain Relief Tecar Therapy Machine
|Product name||MBS Tecar 5.0 RF05D|
|Tecar RF Energy||250W|
|RET RF treatment head||3 pcs treatment head|
|CET RF treatment head||4 pcs treatment head|
|Display control||working time / power / energy change|
|Machine case||Iron material|
|Machine color||Black color|
|Machine type||portable model|
The device mobilizes electrolytes in biological tissue and stimulates blood perfusion in carefully targeted parts of the body. The therapist can increase and control important body responses, achieving great results in terms of biomechanics, inflammatory process management, tissue oxygenation, regeneration and healing process support.
The therapist uses Tecar Machine to quickly stimulate perfusion, vasodilation, temperature variation and drainage within the selected tissue. These leverages are used to get effective results in less time.
By controlling the applied voltage, the therapist can control the power generated and the electrolytes mobilized. The more electrolytes mobilized, the more perfusion and joules are developed within the tissue.
In capacitive mode, the charging and discharging cycles of the capacitor induce an attraction - and therefore a concentration - of polarized minerals towards the dielectric material of the capacitive electrode.
In resistive mode, there is an attraction – and therefore a concentration – of polarized minerals towards the resistive tissue in the body: bones and other hard structures such as ligaments and tendons. Changing mineral concentration in selected areas of the body triggers complex cellular responses based on the membrane potential threshold mechanisms which, in turn, result in physiological effects such as perfusion, vasodilation, temperature increase, and fluid movements.
• Fight pain
• Acts on inflammation
• Reduces recovery times
• Deep heat
• Increases blood supply
• Increases metabolism
• Increases the elastic properties of fabrics
• Muscle relaxant
• Exchange of enzymatic reactions
• Reduces pain