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The Jessner chemical peel is a blend of equal parts salicylic acid, lactic acid, and resorcinol, frequently utilized to tackle various skin issues, such as acne, hyperpigmentation, fine lines and wrinkles, as well as uneven skin tone and texture.
For individuals with medium to dark skin tones, specifically Fitzpatrick types 4-6, it is recommended to avoid applying the Jessner peel at a medium to deep depth, meaning beyond 4-6 layers, due to the heightened risk of hyperpigmentation.
Please refrain from booking this service if you have an allergy to aspirin, milk protein, or if you have eczema or psoriasis on your face. Additionally, you may not be a suitable candidate if you cannot tolerate pain or have unrealistic expectations.
Please reach us at tara@royalmedspa.ca if you cannot find an answer to your question.
The original Jessner's peel solution is a blend of three main ingredients, typically in equal concentrations (often 14% each):
The combination of these ingredients allows the peel to work in a synergistic way to remove the outer layers of the epidermis.
The Jessner's peel is considered a medium-depth chemical peel, although its depth can be customized.
The peel can be used to treat a wide range of skin concerns, including:
During the Procedure:
Recovery (Downtime):
A trichloroacetic acid (TCA) peel uses a concentration of TCA to remove damaged skin cells, stimulating new skin growth. TCA peels are classified by their concentration, which dictates the depth of penetration and, consequently, the desired effect and risk profile. Concentrations of 10%−25% are typically used for superficial peels, affecting only the epidermis. Concentrations of 30%−50% are considered medium-depth, reaching the papillary dermis, and are commonly used for moderate photoaging and acne scarring.
A TCA concentration of 70% is considered a deep peel, penetrating into the mid-reticular dermis. At this concentration, TCA is a caustic agent that causes protein precipitation and cell necrosis, visible as a white "frosting" on the skin. While deep peels are used to treat severe photo-damage, deep wrinkles (rhytides), and extensive dyschromia, the use of very high-concentration TCA (like 50% or greater) as a single agent has largely fallen out of favour due to a significantly higher risk of serious complications compared to modified combinations or lower concentrations.
The risks associated with a high-concentration peel, like 70% TCA, are substantially higher and include:
Due to these severe risks, high concentrations of TCA, such as 70%, are generally not recommended for a full-face peel and, if used, are typically reserved for spot treatments of smaller, focal lesions like freckles or very thick, localized patches of skin damage, and should only be performed by a highly experienced professional

Typically, TCA is a Medium-Depth, penetrating the entire epidermis and into the upper dermis. Lower concentrations can be superficial, and higher concentrations can reach the deeper dermis.
Fine lines and wrinkles, sun damage, more pronounced hyperpigmentation (like melasma), acne scars, and uneven skin tone/texture. It's often chosen for more moderate to severe skin concerns.
Available in a range of concentrations. A medical professional typically administers peels with a concentration of 20% or above. Concentrations in our office range up to 70%.
A moderate to severe burning or stinging sensation during application. Skin will turn white ("frost") where the acid is applied. Significant peeling, redness, and swelling are expected for a recovery period of approximately 7 to 14 days for a medium-depth peel.

A glycolic acid (GA) peel is a popular type of superficial to medium-depth chemical exfoliation treatment that uses glycolic acid, a water-soluble Alpha Hydroxy Acid (AHA) derived from sugarcane, to improve the skin's appearance and texture. Due to its small molecular size, glycolic acid easily penetrates the skin to dissolve the bonds between dead skin cells, promoting their shedding and revealing a brighter, smoother layer of new skin. Glycolic peels, which are available in concentrations typically ranging from 20% to 70% in professional settings, are effective for treating a wide range of skin concerns, including fine lines and wrinkles by stimulating collagen production, acne and congested pores, mild photoaging, and various forms of hyperpigmentation such as sunspots, melasma, and post-inflammatory hyperpigmentation. The treatment is often quick, with minimal downtime, though patients may experience temporary redness, flaking, or a mild stinging sensation, and must strictly adhere to sun protection post-procedure as the skin becomes more sensitive to UV exposure
Royal Health and Medical Spa
6 Telfer Glen Street, Morriston Ontario.