Feature
Comparison on Fractional laser and Fractional RF
[Pic 1. Analysis on thermal changes of laser and Fractional RF]
Bipolar and Monopolar
ERS(Energy Reward System) and impedance checking
Microneedle tip and SRR tip for combination treatment
Advantage of insulated needle
Combination Treatment with Co2 Fractional
Once RF energy is penetrated into the dermis, column of target tissue in dermis processes to regenerate the skin. After the RF microneedle treatment, CO2 fractional laser is irradiating on epidermal area. Since light energy turns into thermal energy on a skin surface as shown in the picture, the thermal energy spreads and expands its area from the irradiation spot to its circle surroundings. Then, combination treatment of RF microneedle and CO2 fractional is flattening the rough skin.
Treatment
Treatment mechanism of Fractional RF
Fractional RF’s microneedle is insulated except 0.3mm of the end of the needle where the RF comes out.
Fractional RFis different from the laser because electro energy transforms into thermal energy.
The RF energy from the end of needle transfers energy from its point circle to nearby areas that causes coagulation and denaturalization. During the insertion of Fractional RFneedles to skin, epidermis will get micro holes but will not get a thermal damage while RF energy is emitted. Thus, it could minimize the side effects of pigmentation and others.
Before-after-pictures:
Three Layer Therapy
Targeting three different target tissue with one single device is attracting both user and patient
Specifications:
| Control System | Microcomputer |
| Operation Interface | 8.4" Colorized Touch Screen |
| Power Voltage | 110/220V; 50/60Hz |
| Needle Depth | 0.5mm, 1mm, 1.5mm |
| Treatment Area | 62mm2 |
| Electrode No | 36 Pins |
| Work Program | CW / Pulse |
| RF | 2MHz & 50W |
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