Although both technologies use heat to improve body contouring, microwave technology offers distinct advantages over conventional radiofrequency (RF). RF energy is primarily absorbed by the superficial skin layers, with approximately 80% of the energy remaining within the skin. As a result, its action on deeper fat tissue is more limited (20%), and treatment intensity must be carefully controlled to prevent overheating of the skin surface. In contrast, microwave technology is designed to selectively target subcutaneous fat. Approximately 80% of the microwave energy is concentrated within the targeted fat layer, while only 20% is absorbed by the superficial skin layers. This unique energy distribution allows higher temperatures to be achieved within fat tissue while maintaining safety and comfort at the skin surface.
Both Lysiwave and cryolipolysis are designed to reduce unwanted fat, but they work very differently. Cryolipolysis uses controlled freezing to damage fat cells, which are gradually eliminated by the body over several weeks. While effective for fat reduction, treatment may be associated with temporary numbness, swelling, bruising, redness, or discomfort. Because cryolipolysis primarily focuses on fat reduction, separate treatments may be required to address cellulite and skin laxity. Lysiwave uses microwave technology to selectively heat fat cells while simultaneously improving cellulite and stimulating collagen production for skin tightening. The treatment feels like a warm massage without suction, freezing, needles, or downtime.
Tailor each treatment to match your specific goals
Opens Everyday
10.00 - 18.00
