SVC™ Technology at a Glance

SVC™ (Switching, Vacuum, Cooling) Technology creates the most convenient, safe, and controlled treatment experience to benefit both practitioners and patients. Enabling the treatment of areas considered more difficult, such as the neck, décolleté and hands due to the reduction in pain, procedures utilizing SVC™ are suitable for all skin types, throughout the year.

The SVC™’s Cooling feature utilizes advanced TEC technology to prevent epidermal damage, reduce pain, and speed up the recovery process. This protection allows for a safer, more comfortable treatment.

SVC™ Technology provides increased comfort, both during and after treatments. The minimally Invasive Treatments deliver significantly less pain and reduced downtime, while you are receiving outstanding clinical results. Additionally, the risk of PIH (post-inflammatory hyperpigmentation) is reduced, making fractional RF treatments a much more attractive alternative to laser technologies for those patients on the Fitzpatrick scale who are more susceptible to suffering from PIH.

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How SVC™ Technology Works

SVC™ Technology offers groundbreaking advances in the medical aesthetics industry.

First, the Switching mechanism gives physicians full control in depth of RF energy penetration, so treatments can be tailored to individual patient’s needs.

A second feature, Smart Heat is generated before each pulse, improving the safety as lower energy levels can be used for precision treatments and better results.

The Vacuum mechanism reduces significantly the pain level during the treatments (according to “Gate” theory), ensures proper skin coupling to the fractional tip, while stretching the skin, provides delivery of equal injury points, the elimination of epidermal burns, as well as better handling for the practitioner, making it easier to achieve highly reproducible results.

Read Viora’s SVC™ Technology white papers and peer-review at Viora Knowledge Center!

From Viora's Knowledge Center
Fractional ablative and nonablative radiofrequency for skin resurfacing and rejuvenation of Thai patients Peer-review: Wilai Thanasarnaksorn MD, et al.
New vision in fractional radiofrequency technology with switching, vacuum and cooling Peer-review: Monica Elman, Nelly Gauthier & Inna Belenky
SVC™ Technology Advances Fractional RF Systems for Improved Control and Comfort White Paper: Inna Belenky, Ariel Margulis, Moran Milly Mimon , Elad Azaria
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