A chemical peel is an advanced clinical skin resurfacing procedure designed to accelerate cellular turnover, stimulate collagen synthesis, and correct visible signs of cutaneous aging.
By applying a customized chemical exfoliant to the skin, we induce a controlled injury that removes damaged outer layers (the epidermis and, in some cases, portions of the dermis).
As a board-certified plastic surgery practice, we utilize medical-grade chemical peels to effectively treat photoaging, hyperpigmentation, acne scarring, and textural irregularities. The newly regenerated skin is demonstrably smoother, firmer, and more uniform in tone.
Types of Chemical Peels
Chemical peels are classified by their depth of penetration and the active hydroxy acids or chemical agents utilized. We customize the formulation based on your specific dermatological needs.
Superficial (Light) Peels
These penetrate only the outermost layer of the skin (the stratum corneum). Utilizing Alpha Hydroxy Acids (AHAs) like glycolic and lactic acid, or Beta Hydroxy Acids (BHAs) like salicylic acid, superficial peels are optimal for treating mild dyschromia, active acne, and rough texture. They require minimal downtime.
Medium-Depth Peels
Penetrating through the epidermis and into the upper layer of the dermis (papillary dermis), medium peels primarily utilize Trichloroacetic Acid (TCA) at varying concentrations (typically 20% to 35%). They effectively target moderate actinic damage, deeper rhytids (wrinkles), melasma, and atrophic acne scars.
Deep Chemical Peels
Reaching the lower dermal layers (reticular dermis), deep peels utilize Phenol or high-concentration TCA. These are intensive procedures reserved for severe photodamage, pre-cancerous growths (actinic keratosis), and deep facial wrinkling. Due to their potency, they are performed under strict medical supervision and require a longer recovery period.
Dr Anzarut Plastic Surgery now offers Phenol-Croton Oil Chemical Peels at both offices in BC.
A Phenol-Croton Oil Peel is a unique type of treatment different from any other type of skin peel or treatment. It has a unique ability to provide long and sustained improvements in skin quality. The modern Phenol-Croton Oil Peel was developed by Dr Richard Bensimon. He later called this his trademark Bensipeel. I recently learnt this technique from Drs Bensimon, Goldberg, and Whiteman at a hands on training session in Vancouver BC.
Am I a Candidate For a Chemical Peel?
An ideal candidate for a chemical peel is an individual in good general health seeking to address specific epidermal or dermal concerns. You may be an excellent candidate if you experience:
- Actinic Damage: Sun spots, lentigines, and freckles from sun exposure.
- Textural Irregularities: Enlarged pores, rough skin, or dull complexion.
- Scarring: Post-inflammatory erythema or depressed acne scars.
- Pigmentary Disorders: Melasma or uneven skin tone (dyschromia).
- Rhytids: Fine lines around the eyes (periorbital) and mouth (perioral).
A Note on Skin Type: Patient selection relies heavily on the Fitzpatrick Skin Typing scale. While superficial peels are generally safe for all skin types, medium and deep peels carry a higher risk of post-inflammatory hyperpigmentation (PIH) in patients with darker skin tones (Fitzpatrick IV-VI). A comprehensive clinical evaluation is mandatory to determine the safest chemical agent for your specific skin type.
Chemical Peel Procedure
The chemical peel procedure is performed in-office and is tailored to the depth of the peel administered.
- Preparation: In the weeks prior, patients are often placed on a pre-conditioning regimen involving topical retinoids (Retin-A) and tyrosinase inhibitors (like hydroquinone) to thin the stratum corneum and suppress melanin production, optimizing outcomes and minimizing risks.
- Cleansing and Degreasing: The skin is thoroughly cleansed and degreased using an astringent to ensure uniform penetration of the acid.
- Application: The selected chemical solution is meticulously applied to the treatment areas. Depending on the agent used, patients may experience a temporary stinging, burning, or warming sensation.
- Frosting and Neutralization: For medium and deep peels, a clinical endpoint called “frosting” (coagulation of epidermal proteins) is observed. Once the target depth is reached, the acid is either neutralized with a buffer solution or naturally self-neutralizes, and a soothing ointment or cool compress is applied.
Recovery After a Chemical Peel
(Note: While chemical peels are non-surgical, they are often performed as an adjunct to facial plastic surgery, and deeper peels require a surgical-level recovery protocol).
Recovery timelines are directly proportional to the depth of the chemical peel.
- Superficial Peels: Patients typically experience 1 to 3 days of mild erythema (redness) and light flaking, similar to a minor sunburn. Normal activities can be resumed immediately.
- Medium Peels: Expect 5 to 7 days of downtime. The skin will become notably erythematous, darken, and tighten before undergoing significant desquamation (peeling). Swelling, particularly around the periorbital region, is common.
- Deep Peels: Recovery takes 10 to 14 days or longer. Significant edema, crusting, and oozing will occur. Complete epidermal regeneration takes up to two weeks, though residual redness can persist for several months.
Post-Care Directives: Strict adherence to post-treatment care is vital. This includes gentle cleansing, robust emollient application, and absolute avoidance of UV radiation. Even with frequent cloud cover, broad-spectrum SPF 50+ is non-negotiable to prevent hyperpigmentation during the healing phase.
Chemical Peel Results
Clinical outcomes manifest as the skin completes its cellular turnover cycle.
- Short-term: Once the initial desquamation concludes, the newly revealed epidermis is noticeably brighter, tighter, and more radiant.
- Long-term: Over the subsequent 4 to 6 weeks, neocollagenesis (the formation of new collagen) continues in the dermis. This structural remodeling significantly improves skin laxity, diminishes the appearance of deeper rhytids, and refines the appearance of atrophic scars. Superficial peels may require a series of treatments for optimal results, while the transformative effects of a medium or deep peel are often achieved in a single session.
Chemical Peel Risks and Complications
When performed by a qualified aesthetic professional under the supervision of a board-certified plastic surgeon, chemical peels are highly safe. However, as with any medical procedure, risks exist:
- Pigmentary Alterations: Post-inflammatory hyperpigmentation (darkening) or hypopigmentation (lightening), particularly in patients with melanin-rich skin or those who fail to adhere to sun avoidance protocols.
- Erythema: Prolonged redness extending beyond the expected recovery window.
- Infection: Bacterial, fungal, or viral infections. Patients with a history of Herpes Simplex Virus (cold sores) will be prescribed prophylactic antiviral medication (e.g., Valacyclovir) to prevent reactivation.
- Scarring: While exceptionally rare, hypertrophic scarring can occur, typically as a result of premature peeling of the skin (picking) or inappropriate acid selection for the patient’s skin type.
Cost of Chemical Peels
The cost of a chemical peel varies significantly based on the formulation, the depth of the treatment, and the specific clinical indications being addressed.
- Superficial peels are generally the most accessible and are often purchased in packages.
- Medium-depth TCA peels require a higher level of clinical expertise and post-treatment monitoring, reflecting a higher price point.
- Deep phenol peels, which require intensive medical monitoring, cardiovascular clearance, and extensive follow-up, represent a more substantial investment comparable to surgical skin resurfacing.
During your comprehensive consultation, we will provide a precise, transparent quote detailing the treatment plan, necessary pre-conditioning skincare products, and all follow-up care.
What Other Procedures Can Be Combined With a Chemical Peel?
To achieve comprehensive facial rejuvenation, chemical peels are frequently integrated into broader treatment plans. Combining modalities allows us to address the face multi-dimensionally (surface texture, volume loss, and dynamic wrinkling).
- Neuromodulators (Botox/Dysport): Relaxes the underlying facial musculature to prevent dynamic rhytids from reforming on the newly resurfaced skin.
- Dermal Fillers: Restores volume loss in the midface, cheeks, and nasolabial folds, complementing the textural improvements of the peel.
- Facial Plastic Surgery: Medium peels are often performed safely alongside surgical procedures like blepharoplasty (eyelid surgery) or a rhytidectomy (facelift) to simultaneously correct skin laxity and severe photodamage in a single recovery period.
Frequently Asked Questions (FAQ)
1. What is a chemical peel?
A chemical peel is a skin resurfacing treatment that uses a specialized solution to exfoliate the outer layers of skin. The process encourages the growth of new skin cells, helping improve skin texture, tone, and overall appearance while addressing a variety of common cosmetic skin concerns.
2. How do chemical peels work?
Chemical peels work by applying a carefully selected chemical solution to the skin. The solution causes controlled exfoliation, allowing damaged outer skin layers to shed. As the skin heals, a smoother and more refreshed appearance may develop, depending on the type and strength of peel used.
3. What skin concerns can chemical peels address?
Chemical peels are commonly used to improve the appearance of fine lines, uneven skin tone, sun damage, mild acne scars, rough texture, and certain forms of discoloration. Treatment options vary, and a consultation helps determine whether a chemical peel is suitable for specific concerns.
4. Who is a good candidate for a chemical peel?
Good candidates are individuals seeking non-surgical skin rejuvenation and improvement in overall skin quality. Candidates should have realistic expectations and discuss their skin type, concerns, and goals with a qualified provider to determine the most appropriate peel for their needs.
5. What types of chemical peels are available?
Chemical peels are generally categorized as superficial, medium-depth, or deep peels. Each type targets different skin concerns and requires varying levels of recovery. The most suitable option depends on factors such as skin condition, treatment goals, and the recommendations of the treating professional.
6. What is recovery like after a chemical peel?
Recovery depends on the strength of the peel performed. Some patients experience mild redness and flaking, while others may have more noticeable peeling and downtime. Following post-treatment instructions carefully and protecting the skin from sun exposure are important parts of the healing process.
7. Are chemical peels painful?
Most patients experience some degree of tingling, warmth, or mild discomfort during treatment. The sensation varies depending on the type and strength of peel being used. Any discomfort is generally temporary, and treatment plans are selected according to individual skin concerns and tolerance levels.
8. How many chemical peel treatments will I need?
The number of treatments needed varies based on individual goals, skin condition, and the type of peel performed. Some patients achieve noticeable improvement after a single treatment, while others benefit from a series of treatments to address specific cosmetic concerns and maintain results.
9. What are the risks associated with chemical peels?
Like any cosmetic treatment, chemical peels carry potential risks. These may include redness, irritation, swelling, temporary discoloration, sensitivity, or scarring in rare cases. A professional assessment and proper aftercare can help reduce risks and support a safe treatment experience.
10. When will I see results from a chemical peel?
Results depend on the depth of the peel and the individual’s skin response. Some improvements may become visible after the skin has completed its initial healing process, while additional benefits can continue to develop over time as new skin cells emerge and mature.
