Nanopore Micro-Needling Collagen Induction Therapy

What is Nanopore Micro-Needling Collagen Induction Therapy?

This treatment, exclusive to Yuva Medispa, is the next generation to the technology of Dermaroller and Dermapen, due to the fast treatment time and non-vibratory action of the needles, which some standard micro-needling devices offer. Therefore, no anaesthetic cream is needed. The number of pulses emitted per second is 150, which offers 1500 micro-punctures per second, making the treatment extremely quick, taking around 8 minutes for the entire face.

How does Nanopore Micro-Needling Induction Therapy improve the skin?

As the micro-punctures cause a superficial ‘wounding’ to the skin, this in-turn, encourages new collagen formation, the substance which is responsible for youthful, resilient and glowing skin, and is lost over time. Conditions such as sun damage, wrinkles, uneven pigmentation, sagging, cellulite, hair loss, acne scars or stretch marks can be treated with this procedure. This can be combined with many of the Nanotechnology Peels we offer, for a powerful, combined result.

How many treatments will I need?

Your specific and individual concern will be discussed at a pre-treatment consultation. At this meeting, your doctor will ascertain your skin and the treatment required. However, in most cases, a course of 3 treatments in total is recommended every 4 weeks.

Does it hurt?

The treatment is not uncomfortable and there is no need for anaesthetic cream prior to the procedure. Your skin may feel slightly tingly and appear red following the treatment, but this will quickly subside.

When will I see the results?

Results can be seen following the first treatment as the active ingredients and the antioxidant peel will leave the skin softer and smoother. The full results will be seen several weeks following the last treatment, but improvement will be seen gradually during the treatment duration.

How long do the results last?

Results can last anything up to 12 months.

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* Disclaimer: Results may vary on an individual basis