Fractional Microneedle RF Skin Tightening Machine | Vacuum MNRF Machine
Product Description:
Cosderma Fractional Microneedle RF Skin Tightening Machine uses advanced Fractional MNRF technology for professional skin tightening and rejuvenation treatments. The vacuum RF microneedle system delivers controlled RF energy into the skin through adjustable needle depths, supporting collagen stimulation and skin elasticity.The system offers MFR and SFR working modes, providing both invasive microneedle RF and non-invasive fractional RF treatment options. Adjustable RF frequency, energy intensity, needle depth, pulse time, and delay time allow treatment parameters to be customized according to individual treatment requirements.
Key Features:
Advanced Fractional MNRF technology
Vacuum RF microneedle system
MFR invasive microneedle RF mode
SFR non-invasive fractional RF mode
Adjustable MFR needle depth from 0.3–3mm
Adjustable RF energy intensity from 1–10 levels
25-pin, 49-pin, and 81-pin electrode options
Adjustable MFR and SFR pulse times
650nm LED
Designed for professional skin tightening and rejuvenation
Treatment Applications:
Skin tightening
Skin rejuvenation
Collagen stimulation
Skin elasticity improvement
Professional fractional RF microneedling treatments
Technical Specifications:
RF Frequency: 5MHz
RF Output: 80W
Work Modes: MFR / SFR
MFR Needle Depth: 0.3–3mm adjustable
MFR Pulse Time: 100–600ms adjustable
MFR Delay Time: 1–10ms
SFR Pulse Time: 1000–3000ms adjustable
RF Energy Intensity: Level 1–10
Electrodes: 25-pin / 49-pin / 81-pin
LED: 650nm / 5mW × 1
Non-Invasive Head: 36-pin / 2 × 2cm²
Input Voltage: 110/220V, 50/60Hz
Net Weight: 30kg
Dimension: 4446160cm (as provided)
Professional Use & Safety:
Designed for professional aesthetic and skin rejuvenation applications. Select the appropriate MFR or SFR mode, needle depth, RF energy, and pulse parameters according to the treatment area and individual requirements. Use appropriate hygiene procedures for invasive microneedle treatments and follow the manufacturer's operating instructions and safety protocols.
