Professional CET+RET Radio Frequency Monopolar Machine

Precautions for the use of CET/RET

1. The micro-heating function can only be activated when the micro-heating working handle and the electrode plate are correctly connected to the host.
2. Do not use the instrument on a live floor.
3. After the instrument is started, others should not touch the electrode plate at will.
4. During the nursing process, others should not touch the operator and customers.
5. During the nursing operation, neither the operator nor the customer should wear metal accessories.
6. During the nursing operation, the plane of the electrode probe must be completely in contact with the skin, and the operation should not be tilted, because the electrode probe
7. The electrode probe moves smoothly on the skin in a spiral manner, please do not stop at a certain part without moving.
8. The skin around the eyes is relatively thin, and the power output should be relatively weakened.
9. You can choose a larger energy for body care
10. Be careful not to damage the insulating layer of the electrode probe to avoid high current stimulation. If the insulation of the electrode probe is found

Precautions aftercare

1. Other treatments should be performed at two-week intervals.
2. Do not stay in high temperature and high-temperature places for a long time within three days after nursing, and avoid steam, sauna, and hot springs.
3. You can maintain general maintenance after nursing. It is best not to use oily makeup products and their irritating skin care products and to strengthen moisturizing.
Take care and pay attention to sun protection.

What is CET & RET?

Capacitive electric transfer (CET) is a method that allows the radio frequency electrical current to be transferred "by capacity" (principle of the electrical capacitor). This is covered with an insulating film that acts as a dielectric and the body acts as a second plate of the capacitor.
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 users with less dispersion, thus obtaining an increase in temperature at a greater depth.