SILKRO
RF Microneedling and Plasma
Experience the power of the first platform to offer both RF Microneedling and Plasma in one device. Scale your aesthetics practice with safe and effective treatments.
RF Microneedling + Plasma
Silkro introduces a pioneering technology by offering both RF Microneedling and Plasma modalities, enabling aesthetic providers to safely and effectively treat the entire skin architecture.
Five Hand Pieces
Silkro’s innovative five hand pieces provide a versatile solution for your aesthetic practice, offering treatments from women’s sexual wellness to skin rejuvenation, hair restoration, active acne, and skin tightening/lifting. Elevate your business with Silkro’s power, versatility, and exceptional innovation.
Unparalleled Variability
With both insulated and non-insulated tips, variable depth, customizable energy delivery and needle insertion time, and flexible frequency, COAG Pro Technology, four handpieces, and 25 and 49-pin tips, Silkro offers unparalleled variability.
COAG PRO Technology
With real-time AI-driven feedback, providers can tailor energy delivery, depth, and needle insertion time for optimal results. COAG PRO Technology ensures safe coagulation and consistent power, setting Silkro apart from competitors.
Silkro'sVersatile Hand Pieces And Treatments
SILKRO RF Microneedling Facial and Neck Tightening
Photographs courtesy of Hironic Aesthetics, South Korea
ALL-IN-ONE TREATMENT PLATFORM
Silkro AI Software
Store your clients’ treatment history in Silkro’s built-in
software and access it in real-time. Collaborate with other providers worldwide to optimize treatment protocols and troubleshoot your device virtually on the spot, thanks to
Silkro’s AI-driven technology.
Superior Results
Silkro’s unparalleled volumetric heating provides
maximum treatment efficacy, resulting in superior
immediate and long-term improvements and collagen
remodeling that continues for months after the last
treatment.
Personalized Treatments
Real-time skin impedance monitoring, providing optimal
energy to the treatment target area by making continuous
adjustments based on tissue impedance.
