E light technology fully combines the complementary advantages of light energy and radio frequency energy, using the selective absorption of light energy by the skin to cause the impedance difference between the target tissue and normal skin, strengthening the absorption of radio frequency energy by the target tissue in the case of low light energy intensity, greatly eliminating the side effects and customer discomfort that may be caused by the excessive thermal effect of light energy The core technology of E light has three main points: radio frequency + light energy + epidermal cooling. In E light technology, the light energy plays the role of a guide, guiding the RF energy to focus on the target tissue, strengthening the absorption of RF by the target tissue under the condition of low light energy intensity. At the same time, the contact cooling technology on the surface of the treatment head eliminates the thermal effect caused by excessive light energy and increases the impedance of the epidermis, reducing the absorption of RF energy by the epidermis, which greatly improves the efficacy and safety, and is also effective on light-colored target tissues. The unique ISL safety device ensures safety: every time the treatment head emits light, the internal instrument can accurately determine the real-time skin impedance value, and when the impedance value exceeds the preset maximum value, it will automatically cut off the RF energy to ensure that the skin temperature will not rise excessively, thus guaranteeing the safety and control of the whole treatment process. Mechanism of action Ordinary light energy (laser/intense light) in the treatment process, based on the principle of selective absorption of light, when light energy penetrates the epidermis, it will be absorbed by a large number of epidermal pigments, and high energy or dark skin treatment is more risky. In addition, because most of the light energy is reflected and refracted, only 30-40% of the energy really reaches and is fully absorbed by the target tissue, so in order to achieve the treatment purpose, it is necessary to increase the energy. However, the large amount of light energy absorbed by epidermal pigments limits that the energy selection should not be too large during the treatment, thus affecting the effect of a single treatment session. Since E light is used mainly to adjust the impedance value of the target tissue during treatment, the light energy is used to guide the RF (radio frequency) energy to focus on the target tissue. Light energy is not the main treatment energy, thus avoiding the problem of reflection and refraction of the main energy. Based on the characteristics of RF (radio frequency), RF (radio frequency) in the skin tissue thermal effect depends on the current density, the distribution of the current density depends on the impedance distribution of the skin tissue, the higher the tissue temperature the lower the impedance, the greater the current density, the higher the thermal effect; conversely, the lower the tissue temperature the higher the impedance, the lower the current density, the lower the thermal effect. So the target tissue to play a major role in the treatment of RF (radio frequency) energy absorption and is not affected by the epidermal pigment barrier, RF (radio frequency) energy can fully act on the target tissue, get a good treatment effect. Penetration depth Determine the penetration depth of ordinary light energy is the wavelength or wavelength, the longer the wavelength penetration deeper, the shorter the wavelength penetration shallower, the deepest penetration is not more than 4mm. e light penetration depth depends on the RF (radio frequency) penetration depth, RF (radio frequency) penetration depth is half of the distance between the two poles of RF (radio frequency), according to this principle, E light treatment system according to different treatment purposes reasonably designed treatment According to this principle, E light treatment system according to different treatment purposes reasonably designed treatment head, so that E light penetration depth fully meet the treatment requirements, the deepest penetration can reach 15mm subcutaneous, to ensure the effectiveness of treatment. The E light system can control the light energy and radiofrequency energy separately, so the operator can choose lower light energy and higher radiofrequency energy in the treatment process, thus minimizing the risk of epidermal burns after the operation. Therefore, after E light treatment, there are basically no complications such as facial redness and swelling, not to mention purpura. When using E light for treatment, the operator does not have to worry about epidermal burns caused by high energy or the treatment head being too close to the skin. In addition, the E light system’s unique patented technology – ISL (real-time skin temperature/impedance monitoring system) and powerful cooling system – further protect the epidermis and ensure clinical efficacy. Operators and Treaters Prefer E Light Because E Light is less difficult to operate, operators can master it with simple training, and the reasonably designed treatment head makes it easier for operators during operation. In addition, E light treatment has the remarkable features of faster clinical effect, faster treatment speed, more comfortable treatment process, no side effects after treatment, and more secret treatment compared with traditional light energy treatment, so it really meets the modern people’s health pursuit and is favored by treatment patients. E light equipment is more cost-effective The maintenance cost of the E light system is significantly reduced and the service life of the treatment head is extended without affecting the clinical efficacy. These two costs are basically negligible in the second and third years of use of the device, which saves a great deal of money. Daily maintenance is simple and easy, requiring only simple technical training to master.