Alma Accent v Shape II
The Body and
Solution vShape, Skin and Body Treatments
The vShape Focused Radiofrequency work station is the first RF
device to offer four proven technologies in one cost effective and
upgradeable platform, making vShape the most comprehensive
RF system available today.
Cost effective, versatile and boasting solutions for today’s most
in-demand procedures, vShape with its state of the art JuVaShape
technology, can become a focal point of any practice. vShape can
give you the tools to generate consistent patient traffic which
results in improved revenues and powerful ROI.
Microablative RF Needling
“Next Generation” Skin Resurfacing for all skin types
Alma’s Micro Plasma Technology which is delivered by our Microablative Needling RF tips, both in motion and stationary, creates multiple controlled micro perforations with small zones of ablative skin injury.
MicroPlasma technology is the most advanced Skin Resurfacing technology on the market today and provides improvement in the skin’s overall appearance with a very short and “mild” downtime.
Microablative RF Needling module is a Unipolar RF-based technology
Proprietary Micro Plasma fractionated (RF) Technology
Uses 10 x 22.7mm roller IN Motion™ roller
The Microablative RF Needling IN Motion™ rolling applicator delivers:
Creates multiple controlled, micro-perforations (channels)
These micro-perforation channels are surrounded by thermally injured zones, into the skin layers depth.
(Added versatility includes a 12mm stationary mounting for smaller, more localized areas)
Basics in RF Fractional Ablation
Fractionated ablative RF is similar to fractionated ablative lasers in that both
have a pattern of microscopic ablated/coagulated tissue channels.
Plasma is a partially ionized gas, which contains charged carriers (electrons and ions), active radicals, and excited molecules.
Microablative RF Needling Mechanism of Action
The electromagnetic RF energy stimulates micro-sparks
between the skin surface and the RF electrode.
These sparks ablate and perforate the skin.