Moxi

What is Moxi?

Moxi is a gentle, non-ablative laser treatment designed to refresh and rejuvenate the skin. This innovative procedure is ideal for individuals seeking to improve their skin’s tone, texture, and radiance with minimal downtime. Moxi is suitable for all skin types and can be customized to address various skin concerns.

How does Moxi work?

Moxi works by delivering controlled laser energy to the skin’s surface, targeting and treating uneven pigmentation, sun damage, and other signs of aging. The laser stimulates the skin’s natural healing process, promoting the production of new collagen and elastin. This results in smoother, more even-toned skin with a youthful glow. Moxi treatments are quick and comfortable, making them a convenient option for those with busy lifestyles.

Who are the ideal candidates for Moxi?

Ideal candidates for Moxi treatment are individuals looking to improve the appearance of their skin without significant downtime. This treatment is perfect for those who want to address early signs of aging, sun damage, and uneven skin tone. Moxi is also an excellent choice for maintaining healthy skin and enhancing the results of other cosmetic procedures.

What to expect after the procedure?

After Moxi treatment, patients can expect mild redness and a sensation similar to a sunburn, which typically subsides within a day or two. The skin may also have a slight rough texture as it heals, which usually resolves within a week. Visible improvements in skin tone and texture can be seen within a few days, with continued enhancements over the following weeks as collagen production increases. Most patients achieve optimal results with a series of treatments spaced a few weeks apart. Regular maintenance sessions can help sustain the glowing, youthful appearance achieved with Moxi.

Our offices in Westlake and Cedar Park offer convenient locations for those seeking Moxi treatment in Austin. Visit us to experience this gentle yet effective laser therapy and achieve a refreshed and radiant complexion.