Standard Neck Skin Tightening with Sofwave™

$1,300.00

Our Standard Skin Tightening Sofwave™ treatments are recommended for individuals who have low to moderate laxity – usually individuals 40s and under. 

Rediscover a sculpted neckline with our targeted Sofwave Skin Tightening treatment for the neck. Utilizing state-of-the-art ultrasound technology, this non-invasive procedure addresses the delicate skin of the neck, promoting collagen regeneration right where it’s needed. Designed to counteract sagging, crepiness, and fine lines, our Sofwave treatment offers a precise solution to rejuvenate one of the most tell-tale signs of aging. Experience uplifted, tighter, and smoother neck skin, all achieved comfortably without any incisions or recovery time.

Description

About Sofwave:

Sofwave is an innovative, non-invasive skin treatment that utilizes advanced ultrasound technology to target the mid-dermal tissue layer of the skin. By delivering precise, controlled energy at an optimal depth, Sofwave stimulates the natural production of collagen, the protein responsible for skin’s strength and elasticity.

Unlike some treatments that can be uncomfortable or require extended recovery times, Sofwave ensures a convenient and virtually pain-free experience. The procedure can be tailored to address specific concerns such as sagging skin, fine lines, and facial wrinkles, making it a sought-after solution for those looking for effective skin rejuvenation without the need for surgery or injectables.

Timeline for Results:

Post-treatment, the collagen rebuilding process begins immediately. However, the visible effects of this collagen regeneration unfold gradually over time. Many individuals begin to notice initial improvements as early as a few weeks post-treatment. Optimal results typically manifest between 3 to 6 months after the session, as the skin continues to lift and tighten during this period.

Maintenance treatments might be recommended for prolonged benefits, depending on individual skin conditions and desired outcomes.