Experience instantly smoother, brighter, and glowing skin with the Carbon Laser Peel, also known as the Hollywood Laser Peel, a favorite treatment among celebrities for its ability to deliver radiant, camera-ready skin with zero downtime.
What Is a Carbon Laser Peel?
The Carbon Laser Peel is a gentle yet powerful laser treatment designed to deeply cleanse, exfoliate, and rejuvenate your skin. A fine layer of medical-grade carbon lotion is first applied to the skin, where it absorbs excess oil, impurities, and dead skin cells. The laser is then passed over the skin, targeting and vaporizing the carbon along with the absorbed debris.
This dual-action process exfoliates the skin, refines pores, reduces acne and pigmentation, and stimulates collagen production, revealing a clearer, smoother, and more radiant complexion.
What to Expect
Your treatment begins with a thorough cleansing followed by the application of the carbon solution. As the laser passes over your skin, you may hear a light snapping sound and feel a gentle warmth, most clients find the procedure comfortable and relaxing.
The treatment takes about 30 minutes and requires no downtime, making it ideal for busy individuals who want a refreshed, youthful glow before a special event or as part of their regular skincare routine.
After the session, your skin will appear instantly smoother, brighter, and refreshed, with continued improvement over time as collagen production increases.
Why You’ll Love It
- Instantly brighter, smoother, and glowing skin
- Minimizes pores and reduces excess oil
- Helps control acne and breakouts
- Improves texture, tone, and overall radiance
- Gentle, non-invasive, and suitable for all skin types
- No discomfort and zero downtime
At Anima Medspa, our Hollywood Laser Peel combines advanced laser technology with expert technique to give your skin a luminous, refreshed appearance, the perfect treatment for achieving a flawless, red-carpet-ready glow anytime.
Have a More Question?
Simply fill out form below to send us your message online
