MNF400 Microneedle RF Skin Tightening Machine
Application
1. Tighten loose skin
2. Dispel false or true wrinkles, and repair stretch marks.
3. Narrow coarse pores
4. Treatment of acne and scars
5. Anti-aging care for the whole body
| Display screen | True color touch screen |
| Frequency | 5 MHZ |
| Treatment head | 10pin/25pin/64pin |
| Treatment handle | 1 |
| Type of microneedle | Invasive |
| Output power | 200w |
| Portable type | Optional |
Features
1. The penetration of crystallite opens the fast breathing passage of the skin to facilitate the entry of cosmetic ingredients into the skin.
2. The RF energy emitted by the crystallite tip can selectively destroy the sebaceous glands of the hair follicles and the apocrine sweat gland, as well as suppress the inflammatory reaction and activate their own anti-inflammatory repair system.
3. Good effect: lattice physical crystallite can promote the skin itself to produce collagen, so as to keep young. In a period after treatment, the skin quality will be improved obviously.
4. Non-invasive: the traceless golden microneedle, with no need for injection and surgery, not only can remove wrinkles and tender skin, but also has ideal effects in scar removal, so that it is effective to improve skin quality and reshape facial contours.
5. ABS material machine case, user-friendly design
6. The machine core adopts sheet metal frame structure to make safer transportation.
Treatment principle
Aiming for loose and wrinkled skin, the golden RF crystallite with gold film can adjust penetration depth and RF energy according to the treatment site. Under the operation of the electronic system, dozens of insulated crystallite penetrate the epidermis at the same time, transmit RF energy from the tips, and then exit quickly, so that the cycle is repeated until the treatment is finished.
The mechanical stimulus of crystallite, coupled with the biological effects and thermal stimulus generated by radio frequency, activate the skin's self-repair system, promote metabolism, and initiate the regeneration and rearrangement of collagen.
