● Lower optical energy means lower risk to epidermis
● Radio frequency energy is not selectively absorbed by melanin
● Short or long pulses enable optimization for specific skin types and tissue targets
● Assures physical contact with the skin prior to delivering optical energy
● Active Dermal Monitoring for on-line skin feedback
● Maintains all the main advantages of optical based technology and the clinical experience accumulated over the last 20 years on thermally induced treatments
● Higher total energy can be delivered to the target, without risk of epidermal damage
● Effective thermal profiles can be achieved with lower optical energy
● Radio frequency enables deeper penetration into the tissue
● Able to treat targets with lower optical absorption, i.e. light hair & collagen
● ST: RF energy-Up to 120J/㎤, Light Fluence-Up to 10J/㎠, 700~2000nm
● SR: RF energy-Up to 25J/㎤, Light Fluence-Up to 45J/㎠, 580~980nm
● SRA: RF energy-Up to 25J/㎤, Light Fluence-Up to 45J/㎠, 470~980nm
● Motif HP : RF energy-Up to 25J/㎤, Light Fluence-Up to 45J/㎠, 680~980nm