YAG Laser Treatments
Target Pigment. Refresh Your Skin.
Our advanced YAG laser technology uses ultra-short pulses of energy to selectively target unwanted pigment while minimizing unnecessary exposure to the surrounding skin.
With 532 nm, 1064 nm and 1320 nm wavelengths, treatments can be customized according to the concern being addressed, skin type and treatment area.
YAG Laser May Be Used For:
Sunspots and age spots
Mild Acne Scarring
Freckles and selected pigmentation
Uneven-looking skin tone
Dull or congested-looking skin
Tattoo removal
Carbon laser facials
Overall skin rejuvenation
Laser Skin Brightening & Pigment Treatment
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Skin Rejuvenation
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Carbon Laser Facial
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Laser Tattoo Removal
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What About Acne Scars & Enlarged Pores?
Laser Skin Brightening & Pigment Treatment ✳︎ Skin Rejuvenation ✳︎ Carbon Laser Facial ✳︎ Laser Tattoo Removal ✳︎ What About Acne Scars & Enlarged Pores?
What About Acne Scars & Enlarged Pores?
Our YAG laser may complement a skin-rejuvenation plan when the goal is improved tone and overall skin appearance. However, it is not our primary treatment for moderate or deep acne scarring.
For clients with more significant acne scars, enlarged pores or textural concerns, we may recommend treatments such as:
RF Microneedling • Traditional Microneedling • Fractional CO₂ Laser • Combination Therapy
🖤 Carbon Laser Facial
Best for: Oily or Congested Skin • Visible Pores • Dullness • Skin Refresh
Sometimes called a Carbon Facial or Hollywood Peel, this treatment combines a topical carbon solution with the laser.
How Does It Work?
A thin layer of carbon is applied to the skin. The carbon settles along the skin's surface and within areas of oil and debris. Laser energy is then passed over the treatment area, interacting with the carbon as it is removed.
The treatment provides a gentle exfoliating effect and can leave the skin looking cleaner, smoother and brighter with little downtime.
This is a great option for clients looking for a refreshed appearance without aggressive resurfacing.
✨ Laser Skin Brightening & Pigment Treatment
Best for: Sunspots • Freckles • Age Spots • Uneven Pigmentation
How Does It Work?
The laser delivers extremely short pulses of energy that are absorbed by targeted pigment within the skin. This rapid energy helps fragment the pigment into smaller particles, allowing the body's natural processes to gradually clear them.
Over a series of treatments, this can help create a brighter, clearer and more even-looking complexion.
Treatment is customized according to your skin type, pigmentation and treatment goals.
🎨 Laser Tattoo Removal
Best for: Selected Professional • Amateur • Cosmetic Tattoos
Laser tattoo removal works by delivering very short pulses of energy into tattoo pigment. The targeted ink absorbs the laser energy and fragments into progressively smaller particles that the body can gradually clear.
Different wavelengths interact differently with tattoo pigments.
1064 nm
Commonly used for black and other dark tattoo pigments and penetrates more deeply into the skin.
532 nm
Useful for certain red and warm-colored tattoo pigments.
Tattoo removal is a gradual process and typically requires multiple sessions. Results depend on the color, depth, density, location and composition of the tattoo ink.
Complete removal cannot be guaranteed.
🌿 Skin Rejuvenation
Best for: Dull Skin • Uneven Tone • Overall Skin Refresh
Our YAG laser can also be used as part of a customized skin-rejuvenation treatment.
Rather than aggressively resurfacing the skin, selected laser treatments can target pigmentation and create controlled stimulation within the skin to improve its overall appearance.
The goal is healthier-looking skin with improved:
Brightness
Tone
Clarity
Overall appearance
For concerns such as significant acne scarring, deeper wrinkles or substantial textural changes, we may recommend one of our more intensive resurfacing treatments instead.
Faster Skin Renewal in One Smoothed Workflow
✅ Nd: YAG Laser — Targeted Energy for Pigment & Tattoo-Focused Treatments
The Nd: YAG laser uses short, high-energy pulses to break down stubborn pigment particles in the skin. With wavelengths at 532 nm, 1064 nm, and 1320 nm, operators can flexibly choose settings based on client conditions and pigment types.

