Technology-driven skin rejuvenation is the most requested service at Advanced DermaCare. As with skincare ingredients, each technology maintains a very distinct discipline and mechanism of action that supports its benefit to the face and body. Similar to the way a good skincare product is a cocktail of key ingredients that work in harmony toward a common goal, often the most effective results of technology-driven skin rejuvenation are achieved by using multiple disciplines of technology offered in a layered approach.
Layering technology is a simple and intuitive concept that involves the use of multiple technologies within one service to achieve your objectives as expeditiously and specifically as possible. For examples, some of the technology available to be layered includes Needle-Free Filler, Microcurrent or Radio Frequency for contouring and lifting, Micro or Nano Needling product penetration and stimulation; Wet Dry or Vortex Microdermabrasion and ultrasonic for exfoliation and skin preparation; LED for firming and tightening; and oxygen infusion for plumping, and improved skin texture and color.
Because each of your objectives is different, the solution that is created also must be unique in order to meet the objective. Essentially, this means that every layered service is customized for your specific concern, so some may incorporate two technologies and others may include as many as five. For example, some objectives may be satisfied more readily by applying LED for 20 minutes using 640 nm (red light), and others may be more quickly satisfied by using microdermabrasion and microcurrent, with a five-minute splash of LED at 590 nm (yellow light) at the end of the treatment.
The strategy and dynamics of which technology to use, the order in which they are used, and the time or intensity of each technology within your service are aspects as unique as each of you. Because of this, with my experience and knowledge every layered treatment is a one-of-a-kind signature service that is unique to you and your lifestyle.