SILKRO

Virtue RF is an RF microneedling device that delivers energy to tissues, generating heat through contact resistance to induce tissue coagulation. It features three handpieces: Smart, Deep, and Exact. Smart and Exact support insulated and non-insulated needle tips, while Deep uses insulated tips and includes a cooling function to reduce skin surface temperature. The device offers Sub Pulse mode, dividing a single pulse into up to 10 sub-pulses, and supports three frequency modes (0.5MHz, 1MHz, 2MHz) for customizable configurations. Needle depth is adjustable from 0.1mm to 4.0mm, enabling treatment of various indications. The Exact handpiece's 1-pin needle allows precise depth control, making it ideal for targeted treatments.

Radiofrequency needle-based device for targeted tissue treatment and therapeutic applications. The system delivers RF energy through needle electrodes for precise dermal and subcutaneous intervention.

Precision microneedle electrode for radiofrequency microneedling systems. Features ergonomic design for cosmetic and therapeutic applications with controlled energy delivery.

An advanced surgical system combining radio frequency and ultrasonic technologies for minimally invasive interventional procedures. Delivers unprecedented clinical performance and usability for complex surgical applications.

A surgical handpiece that combines RF and ultrasonic energy modalities. This instrument integrates both technologies to provide versatile cutting and coagulation capabilities for diverse surgical applications.

RF needles designed for radiofrequency ablation procedures. Engineered for precise tissue targeting and consistent performance in minimally invasive treatments.

"VIVACE works by delivering radiofrequency energy from the main body to tissues through the handpiece and bipolar-type electrodes. The RF energy generates heat due to the load or contact resistance of tissues, then the heat causes coagulation. VIVACE offers two types of Needle Tips, and providers can select either 1MHz or 2MHz Mode and also set Red or Blue LED lights to pulse throughout the treatment."

Radiofrequency and plasma-based electrosurgical instruments designed for tissue cutting, coagulation, and dissection in surgical applications. Enables advanced energy-based tissue management during procedures.

TwinPixel is an all-in-one device offering versatile treatment options through its Multi, Booster, and Single Handpiece. The Multi handpiece delivers RF energy via various tips, effectively addressing a wide range of indications from facial to body treatments. The Booster handpiece maximizes the transdermal absorption of active ingredients using EP mode. The Single handpiece enables precise targeting of specific lesions.

RF-based skin treatment device for facial applications featuring multiple treatment modes including Quattro, Cello, Mone, and microneedle technology with cooling capability for enhanced safety and efficacy.

Sunny™ is a medical electrosurgical device designed for close contact with human skin. It transmits RF energy from the unit to the electrode tip and returns electrode, applying RF current to skin tissue. Sunny™ delivers RF energy by cooling the epidermis while heating the dermis to coagulate tissue. Its non-invasive method protects the skin, enabling a quick recovery. The device features a Pulsar handpiece offering 1MHz and 2MHz RF frequencies with 10 pulses in monopolar and bipolar configurations. Its patented Quasar tip, with 25 independent RF pins, ensures precise, safe energy delivery, adapting to uneven facial areas and treating areas with hair.

R.Sona combines 3/10/17MHz multi-ultrasound technology with active cooling for skin stabilization, specifically designed for safe application immediately following high-energy procedures like laser and RF treatments that can cause pain or skin irritation. R.Sona's Micro-Bubble Absorption System (MAS) utilizes intermediate-frequency ultrasound at 140 kHz and 240 kHz, a dual-ultrasound absorption system designed to enhance cosmetic absorption without overstimulating the skin barrier. The cavitation effect applied to MAS creates microbubbles around ingredients applied to the skin surface, temporarily alleviating the structural resistance of the stratum corneum, thereby facilitating their penetration. Low-frequency electrodes promote muscle contraction and relaxation, relieving sagging skin and promoting elasticity. High-frequency ergonomic electrodes generate biothermal energy to increase oxygen absorption and blood flow within skin tissues, improving skin elasticity.