radio frequency slimming

Stretch Marks Eyebrow Removal RF Radio Frequency System With Micro Neelde

Principle of Stretch Marks Eyebrow Removal RF Beauty Equipmnet Micro Neelde Radio Frequency

MNF is designed specially for delivering RF energy directly to epidermis or dermis layer in order to stimulate and re-model collagen effectively by either RF micro needling mode (invasive) or RF matrix mode (non-invasive). It can be used for both epidermal applications and dermal applications in one platform without changing any operational environment.

Advantage

(1) No insulation Plating It is possible to operate equal therapy to Epidermis Layer and Dermis Layer as           the needle do not have insulation Plating
(2) Needle depth control (0.25-3.0mm, 0.1mm step) Operates Epidermis Layer and Dermis Layer by
     controlling the needledepth in unit 0.1mm
(3) Stepping Motor Type Different to existing Solenoid Type, the needleinserts to the skin smooth with no
     shock andcauses lesser bleeding and pain after the operation
(4) Safety Needle System -Sterilized disposable needle tip Operator can easily notice the applying RF            energy from a red light
(5) Gold Plating Needle is durable and also has high Biocompatibility by applying Gold Plating. Patient            with metal allergy could also use it with not concerning Contact dermatitis 

(6) Cold&Heat Handle Cool therapy use before MRF or SRF, can make the skin at a low temperature              paralysis state, use afterMRF orSRF, it will soothing the skinand reduce swelling.The heat therapy can      be used before MRF & SRF forfaciallymphatic drainage

(7) A variety of SFR treatment head is optional 

(8) LED orientation: through the led orientation, the treatment area can be more accurate treated

Application

Face treatment

(1) No-surgical Face Lifting            

(2) Wrinkle Reduction         

(3) Skin Tightening

(4) Skin rejuvenation(Whitening)      

(5) Pore Reduction               

(6) Acne Scars

 Body Treatment

(1) Scars                                         

(2) Stretch Marks                 

(3) Keratosis pilaris

Structure

Specification