2024 New Non Invasive Skin Tightening EMSFaces EMS Face Lifting Machine HI FES RF 2 In 1 EM Facial Sculpt

Em face is a facial rejuvenation procedure that simultaneously treats the facial muscles and skin, to lift and sculpt facial contours while reducing wrinkles.

Em face treatment combines two proprietary technologies.

High-intensity facial electromagnetic stimulation (HI FES technology) 

• Em face employs high-intensity facial electromagnetic stimulation (HI FES) to stimulate the more superficial facial muscles, which slacken and lose volume with age.

• HI FES produces 75,000 facial muscle contractions in each 20-minute session. Targeted muscles include the frontalis, which elevates the brow, and the zygomaticus major, minor, and risorius muscles in the cheeks that elevate the corners of the mouth and lift the midface. 

• These rapid contractions trigger cellular changes that increase muscle volume, density, and tone, giving the facial tissues more structural support. 

Synchronized radiofrequency energy (Sync RF) 

• Synchronized RF (radiofrequency) energy penetrates the dermis and warms the tissue to 40-42 degrees Celsius within a few minutes of treatment. This temperature is enough to induce new collagen and elastin growth, without affecting facial fat.

• Collagen and elastin are the structural proteins that give skin its elasticity, strength, and suppleness. We produce less of them as we get older, which leads to signs of facial aging. 

• Stimulating new collagen and elastin growth in the dermis leads to firmer, smoother, and more elastic skin over time.

• The heat also builds elastin in the SMAS (or superficial musculoaponeurotic system), the fibrous tissue layer that runs from mid-scalp to the clavicle

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The following results were achieved in EMS FACE clinical studies on healthy patients:

• 37% reduction of facial wrinkles in treated areas

• 30% increase in muscle tone

• 19% increase in muscle density

• 23% improvement in the lift of the face

• 26% increase in collagen

• A two-fold increase in elastin production