How A Nonsurgical Face-Lift Works What You Need To Know

In the quest for a youthful appearance, individuals now have an array of options beyond traditional surgical facelifts. The emergence of non-surgical facelift treatments has garnered attention, with one innovative procedure, in particular, gaining popularity – the plasma fibroblast device. Let’s delve into the intricacies of this noninvasive aesthetic treatment and understand what you need to know.

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Traditionally, surgical facelifts involve a combination of cutting, pulling, stitches, and extended downtime of six weeks or more. However, the plasma fibroblast procedure offers a contrasting experience, allowing individuals to resume their regular activities immediately post-treatment, with the sole precaution of avoiding sun exposure.

Board-certified dermatologist Jason Emer provides insights into the workings of the plasma fibroblast device. This noninvasive treatment employs radio-frequency energy on the skin, focusing on improving wrinkles, pores, and overall complexion. Describing the device as akin to a tiny lightning bolt on the skin, Emer explains that the electrical energy interacts with the air, creating minuscule dots on the skin’s surface. These dots, in turn, stimulate new collagen development, tighten the skin, and enhance the complexion, effectively addressing concerns such as fine wrinkles and sun damage.

While the plasma fibroblast procedure has demonstrated effectiveness in non-surgical facelift treatments, Emer acknowledges that, like any energy-based treatment, there are associated risks. These risks include prolonged redness, potential scarring, and the development of wounds. It’s emphasized that the procedure should be administered by experienced technicians to ensure the risks are minimized.

A closer look at the procedure, guided by medical aesthetician Juliette Spink, provides a step-by-step understanding. The process involves initial consultations, facial markings, application of numbing cream, and the use of the plasma fibroblast device itself. The entire procedure can take anywhere from one to four hours, with costs varying from $50 to $2,500, depending on the targeted areas.

Following the treatment, clients are sent home with a healing spray, healing cream, and a zinc oxide sunscreen. The scabs formed during the treatment typically remain for five to seven days, gradually falling off until the complete healing process, which takes around four to eight weeks.

While the plasma fibroblast procedure might not entirely replace surgical facelifts, it offers comparable results. Emer notes that surgical facelifts provide skin tightening, facial contouring, and wrinkle improvement. In this context, the plasma fibroblast procedure becomes an attractive option as it can deliver similar results with minimal downtime and focused treatment areas.

In conclusion, non-surgical facelift treatments, especially those involving the plasma fibroblast device, have revolutionized the pursuit of a rejuvenated appearance. Understanding the intricacies of the procedure, potential risks, and post-treatment care is essential for individuals considering this innovative approach to facial rejuvenation. As the demand for noninvasive options continues to grow, the plasma fibroblast procedure stands out as a viable and effective choice in the realm of non-surgical facelift treatments.