Advanced Chemical Peels

Hero Peel is a multi-corrective resurfacing treatment designed to improve skin tone, texture, and overall skin clarity while maintaining a controlled, low-downtime treatment experience.

This peel targets multiple pathways involved in skin aging, discoloration, and inflammation, making it an excellent option for overall skin rejuvenation.

Best suited for

• Uneven skin tone
• Sun damage and discoloration
• Fine lines and early aging
• Rough or dull skin texture
• Overall skin rejuvenation

Mandelic Acid
Encourages healthy exfoliation by dissolving epidermal desmosomes, helping improve skin elasticity while providing antibacterial and anti-inflammatory benefits. Mandelic acid also suppresses melanogenesis, supporting a more even skin tone.

Lactic Acid
A hydrating alpha hydroxy acid that exfoliates the skin while improving discoloration and supporting collagen production.

Tranexamic Acid
Helps reduce inflammation and discoloration while improving barrier function. It inhibits melanogenesis and reduces MMP production that contributes to skin degradation.

Salicylic Acid
Helps reduce keratin buildup, congestion, and hyperpigmentation while promoting smoother skin.

Hexylresorcinol
A potent antioxidant that helps reduce cellular oxidation, inhibit glycation-related skin yellowing, and improve overall skin brightness.

Polite Peel is designed specifically for sensitive, reactive, or compromised skin that still requires controlled exfoliation and renewal.

This formulation focuses on improving skin texture and tone while prioritizing hydration and barrier support.

Best suited for

• Sensitive or reactive skin
• Redness and inflammation
• Dehydrated or rough skin texture
• Uneven skin tone
• Early aging concerns

Glycerin
A powerful humectant that attracts moisture into the skin, helping hydrate and soften the skin while strengthening barrier function.

Lactic Acid
A gentle alpha hydroxy acid that exfoliates while improving the skin’s natural moisturizing factor without causing significant irritation.

Tranexamic Acid
Helps reduce inflammation and discoloration while improving barrier function and inhibiting melanogenesis.

Mandelic Acid
Provides antibacterial and anti-inflammatory benefits while encouraging gentle exfoliation and improving skin elasticity.

Spot(less) Peel targets the underlying factors involved in breakouts, congestion, and excess oil production.

This peel helps clarify the skin while reducing inflammation and improving overall skin tone.

Best suited for

• Active breakouts
• Congested pores
• Excess oil production
• Post-acne discoloration
• Inflammation associated with acne

Mandelic Acid
Encourages exfoliation while helping reduce inflammation, bacteria, and discoloration associated with acne-prone skin.

Glycolic Acid
Helps dissolve epidermal desmosomes to stimulate exfoliation while disrupting bacterial cell membranes and reducing P. acnes.

Salicylic Acid
Penetrates pores to dissolve oil, dirt, and debris while helping regulate oil production and reduce discoloration.

Hexylresorcinol + Ethyl Linoleate
Together these ingredients help regulate oil production, provide antibacterial and antifungal support, improve barrier function, and reduce inflammation within the skin.

Activate protein turnover through proteasome stimulation to help maintain the regeneration, proliferation, and migration of skin. An advanced peptide formula that helps prevent DNA oxidation and fights environmental aging.

Benefits

• Anti-Aging
• Evens Skin Tone
• Brightens
• Minimize Pores
• Reduces Fine Lines & Wrinkles

Concerns

• Acne
• Pigmentation
• Preventative
• Rosacea
• Aging

This treatment series of 5 will include any combination of the various chemical peel/exfolation treatment options. Treatment series will be customized for each individual based upon their unique skin type, goals, concerns and lifestyle. 

Please note the Green Peels are HERBAL peels and not chemicals peels, to learn more about the Green Peel please navigate to the page dedicated to this unique highly successful treatment by clicking here.