BTL Aesthetics Vanquish Non-Surgical Fat Reduction No touching slimming machine
BTL Aesthetics Vanquish Non-Surgical Fat Reduction
The BTL Vanquish laser system is a non-invasive, non-contact Selective RF Technology system that is perfect for larger areas, including the abdomen. Delivering targeted skin tightening and fat reduction without even touching the skin, the Vanquish is one of the safest, most effective ways to get smoother, younger looking skin without plastic surgery.
Unlike other types of skin tightening systems, the Vanquish targets the actual fat underneath the skin instead of just the skin itself. By utilizing this method over a larger treatment area, such as the stomach and hip areas, patients can enjoy measurable reductions in the most commonly noted trouble areas.
The Vanquish is FDA-approved for deep tissue heating, helping reducing large areas of the skin safely and painlessly. Known for providing circumferential fat reduction, the Vanquish system provides measurable results that patients will love. It’s a smart choice for growing practices who are looking to add fat reduction to their clinical offerings.
Specification
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Function of BTL Vanquish machine
1.Weight loss
2.Fat removal
3.Skin tightening
4.Body contouring
5.Strengthen the firmness of skin
Advantages
Technologies:
Everything About it Whispers Safety:
The Vanquish utilizes real-time impedance tuning circuitry representing the breakthrough radiofrequency technology (RF). The selectively RF field is precisely focused into deep tissue layers while then skin is automatically cooled by the air. Targeted deep layers remain at higher temperatures compared with overlying skin.
Tissue Selectivity:
The groundbreaking design of energy delivery helps target the thermal effect into the deep tissue while protecting surrounding layers.
Frequencies employed are best matched with the impedance of deep tissue and specifically affect those layers.
Unique Thermal Profile:
The treated body part is located in the high-frequency electric field. The temperature increases in the target tissue while the surrounding tissue remains protected from reaching high temperatures.