|Certification:||CE Rohs||Modes:||RET And CET Mode|
|Technology:||Tecar Indiba Therapy||RET Wristband:||1 Piece|
|CET Wristband:||1 Piece||Functions:||Body Massage. Pain Relief, Drainage|
|Applications:||Physiocal Clinic||Maximum Intensity:||80Ma RMS|
0.3Mhz 80Ma Indiba Machine,
0.3Mhz Tecar Machine,
0.3Mhz Rf Indiba Machine
Short Wave Diathermy Rf Tecar Wristband Indiba Machine
Short Wave Diathermy Rf Indiba Tecarterapia Wristband Tecar Machine
|Mono polar RF||CET handle tips quality|
|RET handle tips quantity||3 different size tips|
|RF Penetration Depth||20mm Max|
|Temperature of Dermis||45-60 celsius degrees|
|RET Handle Tips Quality||3 different size tips|
Tecar 5.0 is update machine, which “capacitive and resistive electrical transfer” works by generating a physiological activation within the body’s internal tissues through three reactions: Microcirculation, Vasodilatation and Temperature increase.
This activates the area being treated by:
1. Increasing the cellular metabolic processes
2. Stimulating the innate energy within biological tissues
3. Activating the body’s natural repair and anti-inflammatory processes
Tecar 5.0 uses high frequency reciprocal current and combine hand massage to enhance the body’s natural healing processes, improve blood flow and relieve pain through enhanced endorphin release. By specifying the frequency and type of electrode this technology targets the specific tissue injured, stimulating the tissue’s cell metabolism for repair.
Capacitive Electric Transfer (CET) is a method that allows the RF electrical current to be transferred "by capacity" (principle of the electrical capacitor) to the patient's body via a moveable external application electrode. This is covered with an insulating film which acts as dielectric and the body acts as a second plate of the capacitor. A return plate closes the circuit. The electric circulation through the resistive medium formed by the live tissues increases its temperature.
The Resistive Electrical Transfer (RET), introduced in 1994, is different from the CET in that basically the application electrode is not insulated, allowing the current to be transferred directly to the patient with less dispersion, thus obtaining an increase in temperature at a greater depth.