PiXel8-RF Micro-needling

Before and after anti-wrinkleRadio Frequency (RF) Micro-needling is a non-surgical procedure with little to no downtime and is now considered “the newest essential” for a successful aesthetic practice.

The PiXel8-RF uses bi-polar, RF energy alongside minimally invasive micro-needles to facilitate effective, non-surgical, skin tightening with little to no downtime. During the treatment, heat is driven deep within the skin layers to stimulate and remodel collagen and cause elastin cells to regenerate. This results in a firmer, smoother, and more consistent skin surface.

The PiXel8-RF was developed to combat the signs of aging. The PiXel8-RF is suited for all skin types, and after a single treatment, most patients notice that the area treated is smoother and softer. The amount of energy delivered into the tissue is adjustable and the micro-needles can be adjusted from .5mm up to 3.5mm to address each individual patient’s needs. The PiXel8-RF uses a unique design for tissue coagulation and hemostasis that may improve fine lines, wrinkles, acne scars, and striae.

Before and after cut

before and after leg

Benefits of the PiXel8-RF include:

  • LESS PAIN AND FAST RECOVERY

Precisely controlled RF energy is delivered only to the target areas by adjusting from 0.5 to 3.5mm depth selectively with an advanced penetration mechanism for dermal coagulation.

  • OPTIMAL AND UNIFORM THERMOLYSIS

Ideal distance among needles allows applying uniform bipolar RF energy in the target areas to coagulate evenly without any risk of energy interference caused by the overlapping of RF energy in the close distance.

  • PRECISE AND SAFE TREATMENT

Light variation function depending on each operation step allows practitioners to track the overall treatment procedure during treatment for patient safety as well as better result.

  • FAST AND CONVENIENT OPERATION

15" full-color touch interface and various modes for inspection and cleaning are user-friendly and easy to operate. The avatar system provided by the guided user interface allows the precise depth of penetration and energy to be applied to the tissue for proving results.