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Clinical Body Peeling Strategy

Body Peeling

A rational clinical pathway for body skin — from surface preparation to biological recovery.

Body peeling requires more than transferring a facial peel to a larger surface. Treatment integrates preparation, correction, recovery and maintenance according to the anatomical area, skin condition and clinical indication.

The Body Peeling Pathway
01 Mechanical
Preparation
02 Chemical / Metabolic
Correction
03 Barrier
Recovery
04 Long-Term
Maintenance
Clinical principle: not simply a deeper peel — the right sequence for the right body area.
Clinical Snapshot

Body Peeling in 30 Seconds

Body peeling is not simply a facial peel transferred to a larger surface. The strategy follows the clinical indication, anatomical area, surface condition and biological response.

The Essential Principle Assess the area first — then prepare when indicated, correct selectively, recover biologically and maintain what has been achieved.
01
Surface Strategy

Prepare

Mechanical preparation may improve selected rough, thickened or hyperkeratinized surfaces, but it is not automatically required for every indication.

Only When Indicated
02
Corrective Strategy

Correct

Select the appropriate chemical or metabolic pathway according to the clinical objective, anatomical area, surface condition and intended response.

Indication Before Intensity
03
Biological Strategy

Recover

Correction is followed by an active biological phase focused on barrier function, water retention and tissue stability rather than immediate repetition.

Recovery Is Treatment
04
Long-Term Strategy

Maintain

Once correction has achieved its objective, move toward stabilization, biological photoprotection and maintenance instead of automatically re-correcting.

Preserve the Result
Prepare
Correct
Recover
Maintain
In One Sentence Prepare → Correct → Recover → Maintain: the treatment sequence is determined by the body area and its clinical indication — not by a universal peel protocol.
Next — Explore the Complete Body Peeling Strategy
Clinical Navigation

Explore the Body Peeling Strategy

Navigate the complete clinical pathway from assessment and preparation through correction, biological recovery, safety and long-term maintenance.

Understand Assess & Treat Recover & Maintain Results & Safety Explore
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Clinical Pathway Clinical Summary
Navigate by Clinical Question Start with the clinical problem — then move directly to the part of the pathway that answers it.
Table of Contents
Clinical Definition

What Is Body Peeling?

Body peeling is a structured treatment strategy for body skin that combines preparation, targeted correction, biological recovery and maintenance according to the anatomical site and clinical objective.

A Clinical Strategy

More than the application of a peeling agent

The term body peeling should not describe only the application of an exfoliating or corrective substance to the skin.

A rational approach begins with the condition of the surface, the anatomical area being treated and the clinical indication.

Depending on these factors, treatment may integrate mechanical preparation, chemical or metabolic correction, barrier recovery and a planned maintenance phase.

The therapeutic sequence is therefore selected according to what the skin requires, rather than by pursuing peeling intensity as an objective in itself.

Important Distinction

Body peeling is not simply a facial peel applied to the body

01
Anatomy matters

Different body areas require individual assessment rather than a single universal treatment approach.

02
The indication matters

Texture, surface irregularity, pigmentation, photoaging and other clinical objectives do not require identical strategies.

03
Recovery matters

Treatment does not end with correction. Barrier recovery, water retention and maintenance form part of the clinical pathway.

The Concept in One Line
Assess the
Body Area
Select the
Appropriate Sequence
Correct + Recover
+ Maintain

In this framework, the objective is not “How deep can we peel?” but “Which sequence best addresses this body area and this clinical indication?”

Anatomy Changes Strategy

Why Body Skin Requires a Different Strategy

The body should not be approached as one uniform treatment surface. Anatomical site, surface condition, clinical indication and recovery requirements can vary considerably from one area to another.

ONE BODY ≠ ONE PEELING PROTOCOL

A rational body peeling strategy adapts the sequence and intensity of treatment to the characteristics of the area being treated rather than applying the same protocol everywhere.

01

Anatomical Area

The back, shoulders, arms, hands, legs, décolleté and other body regions do not present identical clinical conditions. Treatment must therefore begin with the area, not with the peel.

Site · Anatomy · Adaptation
02

Surface Condition

Roughness, surface irregularity and accumulated keratinization can alter the way a body area should be prepared. This is why mechanical preparation may become a genuine therapeutic stage before chemical or metabolic correction.

Texture · Surface · Preparation
03

Environmental Exposure

Some areas are chronically exposed while others remain covered or are subjected to clothing, friction and different environmental conditions. Exposure history forms part of the clinical assessment.

Exposure · Friction · Environment
04

Different Indications

Body peeling may address very different objectives: surface roughness, uneven texture, pigmentation, signs of photoaging or other selected aesthetic indications. Different problems require different corrective pathways.

Indication · Objective · Selection
05

Recovery & Maintenance

The corrective phase is only one part of treatment. Barrier recovery, water retention and long-term maintenance must be anticipated when constructing the protocol, particularly when treating larger body surfaces.

Barrier · Recovery · Maintenance
CLINICAL CONSEQUENCE

The practitioner should first identify where the problem is, what needs to be corrected and how the skin should recover. Product selection and treatment intensity follow from that assessment — not the other way around.

Clinical Selection

Clinical Indications

Body peeling may address several different clinical objectives — from rough and hyperkeratinized areas to localized body hyperpigmentation, photoaging, dullness and selected surface irregularities. The indication and anatomical area should determine the treatment pathway, preparation and corrective strategy.

Body skin with rough texture and superficial hyperkeratinization 01 Hyperkeratinization

Rough Texture & Hyperkeratinized Areas

Localized body areas may develop roughness, superficial thickening, excessive keratinization and irregular texture. These findings are particularly relevant when deciding whether mechanical surface preparation should precede the corrective phase.

Elbows Knees Heels Friction Areas
Roughness · Keratinization · Surface Preparation
Body skin showing localized hyperpigmentation and uneven skin tone 02 Hyperpigmentation

Uneven Tone & Body Hyperpigmentation

Localized hyperpigmentation and uneven body skin tone may occur in exposed areas as well as in regions influenced by friction, occlusion or repeated mechanical stress. Treatment must be adapted to the specific anatomical site.

Underarms Bikini Line Elbows Knees Friction Zones
Tone · Pigmentation · Anatomical Adaptation
Photoaged skin on a chronically exposed body area 03 Photoaging

Body Photoaging

Chronically exposed areas may develop a combination of uneven tone, textural change and visible signs of cumulative environmental exposure. These areas require an integrated approach rather than correction based on one isolated feature.

Décolleté Shoulders Arms Hands
Exposure · Texture · Tone
Body skin with dull appearance and reduced surface radiance 04 Radiance

Dullness & Loss of Radiance

Body skin may appear dull, visually irregular or lacking in surface luminosity. Surface renewal can be incorporated into a broader strategy aimed at improving the visible quality and regularity of the skin.

Dullness · Radiance · Renewal
Body skin with selected follicular and superficial irregularities 05 Irregularity

Selected Follicular & Surface Irregularities

Some body areas present visible follicular or superficial irregularity in which controlled surface preparation and appropriate corrective treatment may form part of the clinical strategy.

Follicular · Surface · Regularity
Large body area selected for controlled skin surface renewal 06 Renewal

Controlled Body Surface Renewal

Selected larger areas may be treated when the objective is controlled improvement of surface quality and visual uniformity. The size of the area makes appropriate preparation, recovery and maintenance especially important.

Large Areas · Renewal · Maintenance
Specialized Clinical Areas

Intimate & Perianal Hyperpigmentation

Hyperpigmentation may also involve selected external intimate areas and the perianal region. These indications belong to the broader clinical field of pigmentation correction, but they should not be treated as conventional body peeling areas.

EXTERNAL INTIMATE AREAS

External intimate hyperpigmentation requires dedicated assessment of the anatomical site, local skin characteristics and the appropriate corrective and recovery pathway.

PERIANAL AREA

Perianal hyperpigmentation represents a specialized indication requiring its own clinical assessment, treatment strategy and post-treatment management.

Important distinction: intimate and perianal pigmentation should not simply inherit the mechanical preparation or corrective intensity used for hyperkeratinized elbows, knees, heels or other conventional body areas.
Intimate Hyperpigmentation → Perianal Treatment Protocol →
HYPERKERATINIZATION ≠ HYPERPIGMENTATION

A rough, thickened elbow or knee may primarily present a surface and keratinization problem, making preparation an important component of the treatment pathway.

PIGMENTED AREAS REQUIRE SITE-SPECIFIC STRATEGY

Hyperpigmented underarms, bikini-line, external intimate or perianal areas should not automatically receive the same preparation or corrective sequence used for a hyperkeratinized elbow, knee or heel.

INDICATION + AREA BEFORE PRODUCT

The clinical question is not “Which peel can I use on the body?” It is: “What am I treating, where am I treating it, and which preparation, correction and recovery sequence is appropriate for that specific skin?”

Before Product Selection

Clinical Assessment Before Treatment

Before choosing a product or procedure, the practitioner should determine what is being treated, where it is located, whether the dominant problem is pigmentation, keratinization or another surface alteration, and how the skin is expected to recover. The treatment pathway begins with assessment.

ASSESS FIRST — TREAT SECOND

A body peel should not be selected from the name of a product alone. Clinical indication + anatomical site + surface condition + local influences + recovery capacity determine the rational sequence.

01

Define the Clinical Objective

Identify the principal reason for treatment: hyperkeratinization, roughness, textural irregularity, hyperpigmentation, uneven tone, dullness, photoaging or another selected indication. Pigmentation and keratinization may coexist, but they are not the same clinical problem.

Indication · Objective · Priority
02

Identify the Anatomical Area

Determine exactly which anatomical area will be treated. An elbow, knee or heel differs from an underarm or bikini-line area, while external intimate and perianal regions require specialized assessment. The same strategy should never be transferred automatically from one site to another.

Area · Surface · Anatomy
03

Examine Surface Condition

Assess visible and tactile roughness, superficial thickening, keratinization, dryness and surface irregularity. Mechanical preparation is considered when the surface condition justifies it — not simply because pigmentation is present.

Texture · Keratinization · Preparation
04

Review Exposure & Friction

Consider environmental exposure together with clothing, occlusion, repetitive friction and other local mechanical influences. These factors are particularly relevant in areas such as the underarms, bikini line and other friction-prone zones.

Exposure · Friction · Local Influences
05

Anticipate Barrier Recovery

Evaluate whether the planned correction is compatible with appropriate barrier recovery, hydration and water retention. Recovery should be designed before treatment begins, with particular attention to the anatomical site and the extent of the treated surface.

Barrier · TEWL · Recovery
06

Plan Maintenance in Advance

Consider how the result will be stabilized and maintained over time. Repeated aggressive correction should not replace a coherent maintenance strategy adapted to the indication, anatomical area and recurring local influences.

Stabilization · Maintenance · Reassessment
Area-Specific Decision Logic

ONE PIGMENTATION PROBLEM ≠ ONE PREPARATION STRATEGY

Visible pigmentation does not by itself determine the preparation step. Surface condition and anatomical site must be assessed independently.

HYPERKERATINIZED AREA Elbow · Knee · Heel · Rough Friction Zone

When superficial thickening, roughness or excessive keratinization is clinically relevant, assess whether mechanical surface preparation should precede corrective treatment.

Assess → Prepare if indicated → Correct
PIGMENTED / FRICTION AREA Underarm · Bikini Line · Other Friction-Prone Areas

Determine whether the dominant issue is pigmentation, friction-related change, surface irregularity or a combination. Mechanical preparation should not be assumed simply because pigmentation is visible.

Assess Site + Surface → Adapt Preparation → Correct
SPECIALIZED AREA External Intimate · Perianal

These areas require dedicated anatomical assessment and a specialized treatment pathway. Conventional body-peeling preparation should not be transferred automatically to these sites.

Specialized Assessment → Dedicated Protocol
Clinical rule: pigmentation may coexist with hyperkeratinization, but pigmentation alone is not an indication for mechanical abrasion.
FROM ASSESSMENT TO DECISION

The purpose of assessment is not merely to collect observations. It determines whether the planned pathway should proceed as intended, be modified, or be deferred.

TREAT

Proceed when the indication is appropriate, the anatomical site has been assessed, the treatment objective is clear and the skin condition is compatible with the selected pathway.

ADAPT

Modify preparation, correction, treated surface or recovery strategy when anatomy, pigmentation, keratinization, friction or local conditions require an individualized approach.

POSTPONE

Defer treatment when the skin is not in an appropriate condition for the planned procedure or when safe recovery cannot reasonably be expected.

The final question before beginning is therefore: “What is the dominant clinical problem in this specific anatomical area, which preparation does it actually require — and is the skin ready for the complete treatment and recovery pathway?”

Step 01 — Surface Preparation

Mechanical Preparation — Microabrasive Sand Cream

Mechanical preparation has a precise role in body peeling. It is considered when clinical assessment identifies roughness, superficial hyperkeratinization, thickened surface texture or selected irregularities that should be addressed before the corrective phase.

Mechanical preparation of body skin with Microabrasive Sand Cream Mechanical Surface Preparation · When Clinically Indicated
Preparation Before Correction

Why Microabrasive Sand Cream?

Microabrasive Sand Cream is positioned as a mechanical surface-preparation step for selected body areas in which superficial roughness or excessive keratinization forms part of the clinical problem.

Its role is not to replace chemical or metabolic correction. It acts at the preparation stage of the treatment sequence, allowing the practitioner to address the surface condition before deciding how the corrective phase should proceed.

CLINICAL ROLE

Mechanical preparation may contribute to immediate improvement in surface smoothness and tactile quality while preparing an appropriate body area for the next treatment step.

The Rational Sequence
01 ASSESS

Determine whether roughness, superficial hyperkeratinization or another surface condition actually requires mechanical preparation.

02 PREPARE

When indicated, use the mechanical preparation phase to address the superficial surface condition before corrective treatment.

03 CORRECT

After preparation, select the chemical or metabolic corrective strategy according to the clinical indication and anatomical area.

Clinical Selection

Where Does Mechanical Preparation Fit?

The strongest rationale exists when the treated surface presents a genuine mechanical surface problem: roughness, thickening or hyperkeratinization. The decision remains anatomical and clinical.

ELBOWS

Frequently rough or thickened surfaces may make mechanical preparation a logical first step when hyperkeratinization is clinically evident.

KNEES

Surface thickening, friction and irregular texture should be assessed separately from any associated pigmentation.

HEELS

Marked superficial keratinization may create a clear mechanical-preparation indication before considering subsequent correction.

SELECTED ROUGH BODY AREAS

Other localized friction-prone or irregular body surfaces may be considered when examination confirms a relevant superficial keratinization component.

IMMEDIATE SURFACE RESULT

Microabrasive Sand Cream also occupies a distinctive position in the pathway because mechanical removal of selected superficial irregularities may provide an immediately perceptible improvement in skin smoothness and surface appearance. This immediate surface effect remains distinct from the subsequent biological evolution of the corrective treatment.

MECHANICAL PREPARATION IS NOT AUTOMATIC

Pigmentation alone does not justify mechanical abrasion. A pigmented area must first be assessed for its anatomy, surface condition and local influences. Mechanical preparation is selected because the surface requires it — not simply because the skin is darker.

UNDERARMS

Hyperpigmentation does not automatically imply a need for mechanical preparation. Local anatomy, friction and surface condition determine the pathway.

BIKINI LINE

Treatment should be adapted to the local skin condition rather than extrapolated from rough, hyperkeratinized body areas.

INTIMATE & PERIANAL AREAS

External intimate and perianal indications require dedicated assessment and specialized protocols. Conventional mechanical body preparation should not be transferred automatically to these areas.

From Preparation to Correction
Clinical Assessment Mechanical Preparation When Indicated Chemical / Metabolic Correction

Once the surface has been appropriately prepared — when preparation is actually indicated — the next decision is which chemical or metabolic corrective pathway best matches the clinical objective.

Step 02 — Corrective Strategy

Chemical & Metabolic Correction

Once the anatomical area and clinical indication have been assessed — and mechanical preparation performed only when appropriate — the practitioner selects the corrective pathway according to the biological and clinical objective.

Corrective Strategy

THERE IS NO SINGLE “BODY PEEL”

Metabolic correction, salicylic acid and TCA represent different corrective approaches. They should not be selected merely because treatment is being performed on the body. The appropriate pathway follows the indication, anatomical area, surface condition and intended corrective effect.

01 Biological / Metabolic Pathway

Metabolic Correction

A metabolic strategy may be selected when the clinical objective requires a progressive corrective approach integrated with subsequent stabilization and maintenance.

Its role should be determined by the indication rather than by a predetermined concept of peel “depth”.

Clinical Focus Indication-driven correction · progressive strategy · integration with recovery and maintenance
02 Keratolytic / Lipophilic Pathway

Salicylic Acid

Salicylic acid represents a distinct chemical corrective option whose keratolytic and lipophilic characteristics may be relevant to selected surface and follicular indications.

Its selection remains dependent on the anatomical site and the specific clinical presentation rather than on body location alone.

Clinical Focus Keratolytic strategy · selected surface conditions · selected follicular presentations
03 Controlled Chemical Pathway

Trichloroacetic Acid — TCA

TCA provides another chemical corrective pathway and should be considered according to concentration, anatomical area, indication and the intended treatment intensity.

Body skin should not be treated as a uniform surface. The appropriate TCA strategy therefore requires site-specific clinical selection.

Clinical Focus Controlled chemical correction · concentration selection · anatomical adaptation
How to Select the Corrective Pathway

CORRECTION FOLLOWS THE CLINICAL PROBLEM

Product selection comes after the practitioner has identified what needs to be corrected and where that correction will be performed.

01 CLINICAL OBJECTIVE

Determine whether the dominant objective is pigmentation correction, surface renewal, photoaging, radiance, follicular irregularity or another selected indication.

02 ANATOMICAL AREA

Adapt the strategy to the actual treatment site. Elbows, knees, back, shoulders, underarms and specialized areas do not represent equivalent biological surfaces.

03 SURFACE CONDITION

Consider keratinization, texture, dryness, follicular characteristics and previous mechanical preparation where relevant.

04 RECOVERY STRATEGY

The selected correction must remain compatible with the planned barrier recovery, stabilization and long-term maintenance pathway.

TCA IS NOT A SINGLE-INTENSITY STRATEGY

Different TCA concentrations may belong to different clinical strategies. The existence of formulations such as TCA 8, TCA 10, TCA 12, TCA 15, TCA 18 and TCA 30 should therefore not be interpreted as a simple progression toward “the strongest peel”. Selection belongs to the appropriate clinical protocol and anatomical indication.

MECHANICAL PREPARATION ≠ CHEMICAL / METABOLIC CORRECTION

Microabrasive Sand Cream belongs to the preparation phase when preparation is indicated. Salicylic acid, TCA and metabolic strategies belong to the corrective decision. A corrective treatment does not automatically require prior mechanical abrasion, and mechanical preparation does not determine which corrective pathway must follow.

Toward the Integrated Body Peeling Pathway
Assess Prepare When Indicated Select Corrective Pathway Recover Maintain

The next step is to integrate these decisions into a single clinical sequence: the complete Body Peeling pathway from assessment through long-term maintenance.

Integrated Clinical + Product Pathway

Integrated Body Peeling Pathway

Body peeling is not one procedure and not one acid. The pathway connects clinical assessment, selective preparation, corrective treatment, pigmentation and tanning strategies, recovery and maintenance.

01 Assess 02 Prepare 03 Correct 04 Recover 05 Maintain
01

Assess the Body Area

Identify the dominant problem: hyperkeratinization, pigmentation, photoaging, dullness or another surface irregularity. Anatomical site, friction, exposure and recovery capacity determine what follows.

Clinical positioning of superficial peels
02

Prepare — Only When Indicated

Mechanical preparation is useful when roughness or superficial hyperkeratinization justifies it. Pigmentation alone does not automatically require abrasion.

Microabrasive Sand Cream
Microabrasive Sand Cream
Mechanical surface preparation and immediate smoothing when clinically indicated.
Product Info Buy It
03

Correct — Select, Don't Standardize

The corrective pathway follows the clinical objective. Metabolic correction, salicylic acid and TCA are different strategies, not interchangeable versions of one universal body peel.

Body peeling treatment of the feet
Corrective Decision Hub

Choose the Corrective Pathway

Selection depends on the indication, anatomical site, surface condition and intended biological or chemical effect.

Metabolic Pathway

Metabolic Peels

Progressive, indication-driven correction integrated into a broader stabilization and maintenance strategy.

Metabolic Peels product ecosystem
Product Info
Keratolytic / Lipophilic

Salicylic Acid

A professional corrective option for selected keratolytic, surface and follicular presentations.

Salicylic Acid 30%
Product Info Professional Access
Salicylic Acid → Mandatory Transition → Metabolic Phase
Peeling de Luxe Plus
Peeling de Luxe Plus
Mandatory transition product between the acid phase and the subsequent metabolic phase.
Product Info Professional Access
Controlled Chemical Pathway

TCA 8–30

Professional TCA correction selected according to indication, anatomical area and intended treatment response.

Advanced TCA clinical range
TCA 8 TCA 10 TCA 12 TCA 15 TCA 18 TCA 30
TCA Product Info Professional Access
TCA → Frosting Control + Mandatory Transition → Metabolic Phase
Peeling de Luxe Plus
Peeling de Luxe Plus
Frosting stopper in the TCA pathway and mandatory transition between the acid phase and the subsequent metabolic phase.
Product Info Professional Access
Body Pigmentation + Tanning Strategy

Tone Regulation → Progressive Renewal

Body peeling may also be integrated into a pigmentation and tanning strategy. Clarté de Lune occupies the regulatory position, followed by Papaya Cream for progressive renewal, with Lipoic Acid available as a penetration facilitator when indicated.

Clarté de Lune
Clarté de Lune
Melanocyte / melanin quantitative regulation within a controlled body pigmentation and tanning strategy.
Product Info Buy It
Papaya Cream
Papaya Cream
Progressive glycolic-like renewal without the characteristic inconveniences of conventional glycolic use.
Product Info Buy It
When Indicated
Lipoic Acid Cream
Lipoic Acid
Penetration facilitator used when the selected strategy requires enhanced product penetration.
Product Info Buy It
05
Maintain + Protect
StretchPeel
StretchPeel
Biological UVA / UVB photoprotection without alcohol within the maintenance strategy.
Product Info Buy It
Specialized Areas — Do Not Automatically Follow the General Body Pathway

External intimate and perianal areas require dedicated clinical assessment and dedicated protocols. They should not automatically inherit the mechanical preparation or corrective intensity used for conventional hyperkeratinized body areas.

ASSESS → PREPARE WHEN INDICATED → CORRECT → RECOVER → MAINTAIN

A body peeling strategy is successful not because every product or every step is used, but because each intervention occupies the correct place in a coherent clinical sequence.

Biological Treatment Timeline

Correction → Stabilization → Maintenance

A body peeling strategy should not be understood as a treatment event that simply ends after correction. The clinical objective changes over time: first correct, then stabilize the response, then preserve the result.

The Temporal Principle

Correction is an intervention.   Stabilization is a transition.   Maintenance is a strategy.

01

Correction

Change What Requires Correction

This is the active treatment phase. The objective is to address the dominant clinical problem identified during assessment — whether roughness, hyperkeratinization, pigmentation, photoaging, dullness or another selected surface alteration.

Indication determines the corrective objective.
Anatomical area determines how the strategy is adapted.
Correction should be sufficient — not automatically repeated.
02

Stabilization

Consolidate the Treatment Response

Once correction has been initiated, the strategy changes. The objective is no longer simply to intensify treatment, but to allow the cutaneous response to evolve, support recovery and consolidate the improvement obtained.

Observe the evolving skin response.
Support barrier recovery and hydration balance.
Adapt the sequence instead of automatically repeating correction.
03

Maintenance

Preserve Rather Than Restart

Maintenance aims to preserve the achieved improvement rather than repeatedly returning the skin to an intensive corrective phase. The priorities may include surface quality, hydration, pigment balance, tanning strategy and biological photoprotection.

Preserve texture and surface regularity.
Maintain hydration and biological balance.
Reassess before deciding whether renewed correction is necessary.

Maintenance Is Not Repeated Correction

A rational long-term strategy does not assume that every improvement requires another corrective cycle. The treatment objective should evolve with the skin response. Renewed correction belongs to reassessment — not to an automatic calendar.

Long-Term Clinical Logic
Correct → Stabilize → Maintain

The purpose of this sequence is not to perform more treatment. It is to use the appropriate biological objective at the appropriate moment and to return to active correction only when reassessment indicates that it is required.

Next — Barrier Recovery
Recovery Biology

Barrier Recovery

Correction is only one part of body peeling. After the corrective phase, the skin must enter a planned biological recovery phase in which water retention, barrier integrity and functional stability become central treatment objectives.

Hydration dynamics, transepidermal water loss and tissue stability during skin barrier recovery
Hydration dynamics · TEWL regulation · Tissue stability
After Correction

The Objective Changes

Once the corrective intervention has been completed, the immediate objective is no longer to produce additional correction. Attention shifts toward the functional condition of the treated skin.

Recovery should therefore be considered part of the treatment itself — not simply an interval between two corrective procedures.

Clinical Principle Corrective efficacy and biological recovery belong to the same treatment strategy — one should not be planned without the other.
01

Post-Correction State

The treated surface enters a different biological state. The priority shifts from active correction toward controlled recovery.

02

Water Balance

Maintaining water within the stratum corneum becomes important as the skin moves through recovery and transepidermal water loss must be considered.

03

Barrier Support

Recovery should support the structures and functions involved in maintaining an effective cutaneous barrier environment.

04

Functional Recovery

The objective is not merely a visually calm surface, but a skin condition sufficiently stable to progress toward maintenance.

TEWL &
Water Retention
Barrier Physiology

Recovery Is More Than Surface Hydration

Post-peel care should distinguish the simple sensation of moisturization from the broader objective of maintaining water retention and barrier function. Transepidermal water loss provides an important biological framework for understanding why recovery must be actively managed after corrective treatment.

Complementary Recovery Roles

Different Recovery Objectives Require Different Functions

Barrier Protection
KosmoPeel clinical barrier recovery and protection

KosmoPeel

Within the recovery strategy, KosmoPeel is positioned as a protector of the two barriers, supporting the broader objective of post-correction barrier protection.

Hydration Retention
Ormes des Sioux hydration retention cream

Ormes des Sioux

Ormes des Sioux occupies a complementary role centered on hydration retention, supporting water balance during the recovery and stabilization phases.

KosmoPeel Protection of the Two Barriers
Ormes des Sioux Hydration Retention
Take-Home Principle Recovery is not the absence of treatment. It is the biological phase that connects correction to stable long-term maintenance.
Next — Biological Photoprotection
Step 04 — Protect & Maintain

Biological Photoprotection

Once correction and barrier recovery have been initiated, the strategy must also consider how treated body skin will interact with subsequent environmental exposure. Biological photoprotection therefore belongs to the transition from recovery toward long-term maintenance.

Clinical Principle Photoprotection should not be considered only as an isolated external event. Within the body peeling pathway, it becomes part of the biological strategy used to preserve the condition obtained through correction and recovery.
01

After Correction

Treated body skin has entered a new biological phase. The objective is no longer to intensify correction, but to preserve the quality of the response.

02

During Exposure

Environmental exposure becomes relevant to the maintenance strategy because the treated surface must continue to function within its real anatomical and environmental context.

03

Into Maintenance

Biological photoprotection forms part of the bridge between recovery and maintenance, helping avoid the concept that every future change requires another corrective intervention.

Biological Photoprotection
StretchPeel biological photoprotection
Maintenance Strategy

StretchPeel

Within this body peeling pathway, StretchPeel occupies the biological photoprotection phase. Its role is positioned within the continuing management of skin exposed to UVA and UVB, while remaining consistent with an alcohol-free maintenance strategy.

Function 01 Biological UVA / UVB Photoprotection
Function 02 Alcohol-Free Strategy
Function 03 Post-Recovery Continuity
Function 04 Long-Term Maintenance

The clinical objective is continuity: correction should evolve into recovery, and recovery should evolve into protection and maintenance.

Recovery Phase

Restore Biological Stability

Barrier recovery focuses on water retention, barrier function and the transition toward a stable post-correction state.

Maintenance Phase

Preserve the Acquired Condition

Biological photoprotection extends the strategy beyond recovery by integrating subsequent environmental exposure into long-term management.

Strategic Transition

Protection Is Part of Maintenance

The end of the corrective phase should not mark the end of the treatment strategy. Once the skin has entered recovery, biological photoprotection contributes to a broader maintenance plan designed to preserve the achieved condition over time.

Correction Barrier Recovery Biological Photoprotection Maintenance
Next — Treatment by Body Area
Anatomical Strategy

Treatment by Body Area

Body peeling cannot be reduced to one protocol applied over different surfaces. The anatomical area itself is a treatment variable: thickness, friction, exposure, pigmentation pattern, surface condition and recovery environment all influence the clinical strategy.

Fundamental Rule Same body. Different anatomy. Different indications. Different preparation, correction and recovery requirements.
01
Rough / Hyperkeratinized

Elbows · Knees · Heels

Thickened surfaces · Roughness · Friction-related change

These areas may present with a more resistant surface, visible roughness and superficial hyperkeratinization. When clinically indicated, they are among the body areas in which mechanical preparation may have a rational role before corrective treatment.

Assess Thickness, roughness and friction.
Prepare Mechanical preparation when justified.
Correct Select pathway according to the actual indication.
02
Larger Body Surfaces

Back · Chest · Larger Areas

Texture · Follicular irregularities · Selected corrective indications

Larger surfaces require attention not only to the indication but also to treated surface area, homogeneity of application and recovery capacity. A strategy suitable for a small localized area should not automatically be extrapolated to a broad body surface.

Assess Extent, distribution and surface condition.
Adapt Consider total treated surface and uniformity.
Recover Plan recovery in proportion to treated area.
03
Environmentally Exposed

Décolleté · Shoulders · Arms · Hands

Photoaging · Uneven tone · Texture · Loss of radiance

In exposed areas, the strategy must integrate the clinical indication with the skin's continuing environmental context. Correction should therefore be linked from the beginning to barrier recovery, biological photoprotection and maintenance.

Assess Photoaging, tone and surface quality.
Correct Match the pathway to the dominant indication.
Maintain Integrate biological photoprotection.
04
Friction / Pigmentation

Axillae / Underarms

Pigmentation · Friction · Local sensitivity

Axillary pigmentation should not automatically be interpreted as hyperkeratinization. The presence of pigment alone does not justify mechanical abrasion. Friction, surface condition and local tolerance must determine whether preparation is required and how correction is adapted.

Differentiate Pigmentation from true surface thickening.
Prepare Only when the surface actually requires it.
Adapt Respect friction and local sensitivity.
05
Pigmented / Friction Area

Bikini / Groin Line

Uneven pigmentation · Friction-related change

The bikini and groin line require a more selective approach than resistant hyperkeratinized areas. Treatment should be based on site, pigmentation pattern, friction and actual surface condition, rather than importing an elbow or knee protocol into a different anatomical environment.

Assess Pigment pattern, friction and skin condition.
Avoid Automatic aggressive mechanical preparation.
Individualize Correction and recovery to the local area.
06
Specialized Clinical Area

External Intimate & Perianal Areas

Specialized assessment · Dedicated treatment pathway

External intimate and perianal pigmentation should be treated as specialized clinical indications, not as conventional extensions of body peeling. The preparation, corrective intensity and recovery strategy used elsewhere on the body should not be inherited automatically.

Classify Specialized area rather than routine body surface.
Adapt Use area-specific clinical assessment.
Protocol Follow the dedicated clinical pathway.
Critical Clinical Distinction

Pigmentation Does Not Automatically Mean Hyperkeratinization

Rough / Hyperkeratinized Surface

Mechanical surface preparation may be clinically rational when actual roughness, thickening or superficial hyperkeratinization is present.

Pigmented / Sensitive / Friction Area

Pigmentation alone is not an indication for abrasion. Anatomical site and surface condition determine whether preparation should be used, adapted or omitted.

Dedicated Pathway Intimate &
Perianal Areas

Do Not Transfer a Conventional Body Protocol Automatically

External intimate and perianal areas have their own anatomical and clinical context. They should therefore be evaluated through dedicated protocols rather than treated as another resistant body surface.

This distinction is especially important when pigmentation is the primary concern: the objective is not to increase treatment intensity simply because the area appears darker.

Area-Based Decision Logic

Let Anatomy Modify the Pathway

Identify Area Define Clinical Problem Assess Surface Adapt Preparation Select Correction Plan Recovery
Take-Home Principle The body area is not simply the place where treatment is applied. It is one of the variables that determines the treatment itself.
Next — Expected Results & Treatment Course
Clinical Evolution

Expected Results & Treatment Course

Body peeling results should be interpreted as a clinical evolution rather than a single endpoint. Some surface changes may be perceptible immediately, while corrective, pigmentary and biological responses may evolve progressively through recovery, stabilization and maintenance.

Clinical Principle Immediate surface improvement and progressive biological improvement are not the same result — and should not be evaluated on the same timeline.
01
Immediate

Surface Response

When mechanical preparation is clinically indicated, changes in surface smoothness and tactile quality may be perceptible immediately. This should be distinguished from the subsequent corrective response.

02
Early Course

Corrective Evolution

Texture, tone and other indication-specific changes may evolve during the period following treatment. The course depends on area, indication, pathway and treatment intensity.

03
Transition

Stabilization

Once correction has occurred, the objective changes. The clinician evaluates whether the response should be stabilized rather than immediately re-corrected.

04
Long Term

Maintenance

Long-term strategy focuses on preserving the acquired condition through appropriate recovery, biological protection and indication-specific maintenance.

Clinical Examples

Different Areas — Different Result Patterns

These examples illustrate why body peeling outcomes should be interpreted according to the anatomical area and the clinical problem being treated.

Clinical result following treatment of an elbow area
Rough / Hyperkeratinized Area

Elbow Surface Improvement

Resistant areas such as the elbow may combine surface roughness, thickening and pigmentary change. Result assessment should therefore distinguish surface refinement from pigmentary evolution.

Clinical result in axillary hyperpigmentation
Pigmented / Friction Area

Axillary Pigmentation

Axillary outcomes illustrate a different treatment logic: pigmentation is the principal concern and mechanical preparation should not be assumed simply because the area appears darker.

Before and after clinical result following chemical peeling of the hands
Environmentally Exposed Area

Hands — Surface & Photoaging

Exposed body areas connect correction directly with the subsequent recovery and maintenance strategy. Clinical assessment may include tone, texture, radiance and signs associated with environmental exposure.

Long-term clinical evolution of a specialized perianal treatment
Specialized Clinical Area

Perianal Area — Long-Term Evolution

This specialized example demonstrates why some outcomes must be evaluated over a longer course. Intimate and perianal areas follow dedicated clinical protocols and should not be interpreted as conventional body peeling surfaces.

Surface Smoother Texture

Most relevant when roughness, superficial thickening or irregular surface texture formed part of the initial indication.

Appearance More Even Visual Quality

Depending on indication and area, treatment may target uneven tone, dullness, pigmentary irregularity or loss of radiance.

Long Term Greater Clinical Stability

The objective after correction is not indefinite treatment escalation, but progression toward stabilization and maintenance.

Important

Results Are Indication- and Area-Dependent

The number of treatments and the interval between interventions cannot be reduced to one universal body peeling schedule. Treatment course depends on the anatomical area, initial condition, selected corrective pathway, biological response, recovery and the clinical objective. Retreatment should follow reassessment — not the calendar alone.

Take-Home Principle Evaluate what changed, how the skin recovered and whether the result is stable before deciding whether further correction is clinically justified.
Next — Safety & Clinical Limitations
Clinical Safety

Safety & Clinical Limitations

Safe body peeling depends on more than the product selected. Anatomical area, surface condition, treated surface, corrective pathway and recovery capacity must all be considered before deciding whether to treat, adapt or postpone.

Fundamental Safety Principle The objective is not to produce the strongest possible reaction. It is to obtain the intended clinical response while preserving control of the treatment and its recovery.
01

Anatomical Area

Elbows, hands, axillae, large body surfaces and specialized intimate areas do not share identical characteristics. Area modifies treatment strategy.

02

Surface Condition

Roughness, hyperkeratinization, pigmentation and sensitivity represent different clinical problems. They should not automatically receive the same preparation.

03

Corrective Pathway

Metabolic strategies, salicylic acid and TCA have different clinical logics. Selection should follow indication rather than a generic body-peel recipe.

04

Treated Surface Area

A treatment applied to a small localized area cannot automatically be extrapolated to a broad body surface. Total treated area matters.

05

Treatment Intensity

Concentration is only one variable. Application conditions, anatomy, surface state and the intended clinical endpoint also influence treatment intensity.

06

Recovery Capacity

Correction should only be planned when an appropriate barrier recovery and maintenance pathway can also be supported.

Important Distinction More Intense
≠
More Appropriate

Treatment Intensity Must Remain Indication-Driven

A visible or stronger tissue response should not become the objective in itself. The clinically relevant question is whether the selected intervention is appropriate for the specific indication and anatomical area.

Escalating preparation, acid concentration or treatment frequency without reassessment may increase biological burden without necessarily improving the clinical strategy.

Corrective Pathways

Different Pathways — Different Safety Logic

Product categories should not be treated as interchangeable methods for producing progressively stronger peeling.

Metabolic

Metabolic Correction

Metabolic correction belongs to an indication-driven biological pathway. Its selection should remain integrated with recovery, stabilization and maintenance rather than being evaluated only by visible peeling intensity.

Salicylic Acid

Keratolytic / Lipophilic Pathway

Salicylic acid should be selected according to its intended clinical role and the area treated. Concentration, surface extent, anatomy and local condition must remain part of the safety assessment.

TCA

Controlled Chemical Pathway

TCA is not one uniform treatment. Clinical behavior changes with concentration and application context. The selected strategy must remain compatible with the area, indication and intended endpoint.

TCA Safety Logic

TCA Is Not a Single-Intensity Strategy

TCA 8 TCA 10 TCA 12 TCA 15 TCA 18 TCA 30

The numerical concentration should never be interpreted in isolation. Anatomical area, surface condition, application conditions and intended treatment intensity remain essential parts of clinical selection.

Variable 01 Concentration
Variable 02 Anatomy
Variable 03 Surface Condition
Variable 04 Intended Endpoint
Clinical Decision

Treat · Adapt · Postpone

✓

Treat

Proceed when the indication is clear, the anatomical area has been assessed, the selected pathway is appropriate and recovery can be planned coherently.

↔

Adapt

Modify preparation, corrective intensity, treated surface or sequencing when the local anatomy or surface condition requires a more selective strategy.

!

Postpone

Delay treatment when the skin condition does not permit predictable correction and recovery, or when the clinical problem has not yet been adequately defined.

Specialized Anatomy External Intimate &
Perianal Areas

Do Not Extrapolate Routine Body Protocols

External intimate and perianal areas require dedicated anatomical assessment and dedicated clinical protocols. They should not automatically inherit the mechanical preparation or corrective intensity used for resistant areas such as elbows, knees or heels.

Pigmentation in these areas is not, by itself, an indication to increase treatment intensity.

Clinical Limitations

What a Rational Body Peeling Strategy Should Not Assume

× One body peeling protocol is suitable for every anatomical area.
× Pigmentation automatically requires mechanical abrasion.
× A higher acid concentration automatically produces a better clinical result.
× A protocol for a small area can automatically be transferred to a large body surface.
× Visible peeling intensity alone is an adequate measure of treatment efficacy.
× Retreatment should occur automatically because a predetermined interval has elapsed.
Safety Take-Home Assess before treating. Adapt before escalating. Reassess before repeating.
Next — After Treatment: Days 1–7
Biological Recovery

Post-Treatment Course & Recovery

The period after body peeling should not be reduced to a universal Day 1–7 schedule. The post-treatment course depends on what was treated, where it was treated, which corrective pathway was used and how the skin responds biologically.

Fundamental Principle The post-treatment course follows the treatment performed — not a universal calendar.
Recovery Sequence

From Intervention to Biological Stability

Recovery is better understood as a sequence of clinical phases than as a rigid series of predetermined days.

01
Phase One

Immediate Post-Treatment

Evaluate the immediate surface response and confirm that it remains compatible with the planned clinical endpoint and the anatomical area treated.

02
Phase Two

Early Recovery

The skin enters a treatment-dependent recovery period. Observation should focus on whether the evolution remains coherent with the intervention performed.

03
Phase Three

Barrier Stabilization

As the corrective phase recedes, attention shifts toward water retention, barrier integrity and functional stability rather than further correction.

04
Phase Four

Return to Maintenance

Once biological stability is established, the strategy can progressively move from recovery toward protection and long-term maintenance.

Pathway-Specific Recovery

Not Every Treatment Produces the Same Post-Treatment Course

Recovery should remain proportional to the biological intervention actually performed rather than being standardized for every body peel.

Mechanical / Surface Pathway

Surface Preparation & Low-Disruption Strategies

When treatment is principally mechanical or produces limited biological disruption, the post-treatment course may be dominated by immediate surface refinement followed by preservation of skin comfort and stability.

Observe immediate surface response Preserve barrier comfort Progress toward maintenance
Metabolic Pathway

Progressive Biological Evolution

Following metabolic correction, visible surface appearance should not be the sole criterion of evolution. The treatment course should be interpreted through progressive biological response, recovery and stabilization.

Follow clinical evolution Support biological recovery Stabilize before re-correcting
Salicylic Acid / TCA

Acid-Dependent Recovery

After an acid-based corrective pathway, recovery must be interpreted according to concentration, anatomical area, treated surface and intended intensity. One fixed post-treatment timetable cannot represent every acid strategy.

Relate evolution to treatment intensity Protect the recovery phase Reassess before further correction
Clinical Observation Follow the Skin,
Not Just the Calendar
Surface Texture & Integrity Observe whether the surface is evolving as expected for the treatment performed.
Barrier Functional Recovery Evaluate progression toward restored barrier stability rather than simply the disappearance of visible treatment signs.
Clinical Response Correction vs Recovery Distinguish continued corrective evolution from the biological phase required to consolidate the result.
Anatomy Area-Specific Evolution Interpret recovery in relation to the anatomical site rather than expecting identical evolution across the body.
Clinical Decision Point

Reassess Rather Than React

A predetermined number of days should not automatically trigger another corrective intervention. Before changing, intensifying or repeating treatment, determine what phase the skin has actually reached.

Avoid “The scheduled day has arrived, therefore another corrective step must be performed.”
Prefer “The skin has been reassessed; its recovery and clinical response determine the next step.”
Recovery Continuum

Recovery Is the Bridge — Not the End of the Strategy

Treatment Early Recovery Barrier Stabilization Biological Protection Maintenance
Take-Home Principle Do not force the skin to follow the calendar. Let clinical evolution determine when recovery has become stabilization — and when stabilization can become maintenance.
Next — Long-Term Maintenance & Retreatment
Explore Further

Related Clinical & Scientific Resources

Body peeling sits within a wider clinical framework. Use these resources to move from the general body strategy toward specific indications, specialized anatomical protocols, product selection and the biological science of recovery.

Clinical mechanism-driven peel selection model Clinical Guide
Select

Clinical Product Selection Matrix

Move from clinical indication to product role and identify where preparation, correction, recovery and maintenance products fit within the treatment pathway.

Explore Selection Matrix
Metabolic peels product and treatment ecosystem Clinical Science
Correct

Metabolic Peels

Explore the metabolic pathway as an alternative clinical logic to conventional injury-driven peeling and understand its place within progressive biological correction.

Explore Metabolic Peels
Clinical biological barrier recovery after peeling Recovery Science
Recover

Post-Peel Barrier Recovery

Understand why the recovery phase is biologically active and how barrier function, water balance and tissue stability connect correction with longer-term clinical stability.

Explore Barrier Recovery
Biological photoprotection and metabolic skin resurfacing Biological Protection
Protect

Biological Photoprotection

Extend the treatment pathway beyond correction and recovery by integrating biological photoprotection into the maintenance strategy of environmentally exposed body areas.

Explore Photoprotection
Specialized perianal peeling clinical protocol Specialized Protocol
Specialized Area

Perianal Treatment Protocol

Review the dedicated anatomical and clinical pathway for perianal treatment rather than extrapolating a conventional body peeling protocol to this specialized area.

Explore Perianal Protocol
TEWL water retention and tissue stability after peeling Core Science
Understand

TEWL & Water Retention

Examine the relationship between transepidermal water loss, hydration retention and tissue stability during the post-treatment recovery phase.

Explore TEWL Science
Navigation Principle From Body Strategy
to Specific Clinical Detail

This Body Peeling page defines the overall clinical architecture. The resources above should be used when a more specific question requires deeper information on product selection, corrective mechanisms, recovery biology or specialized anatomy.

In other words, the reference pathway remains simple:

Assess Select Correct Recover Maintain
Clinical Navigation Use the Body Peeling strategy as the clinical map — then move to the specialized resource that answers the specific question.
Next — Frequently Asked Questions
Clinical FAQ

Frequently Asked Questions

Body peeling is not one treatment applied to different anatomical sites. These questions summarize the key decisions linking assessment, preparation, correction, recovery and maintenance.

Assessment Preparation Correction Recovery Maintenance
01 Treatment Strategy Is body peeling simply a facial peel applied to the body?

No. Body skin must be approached according to the anatomical area, surface condition, clinical indication, environmental exposure and expected recovery. A strategy suitable for one body site should not automatically be transferred to another.

Body peeling is therefore better understood as an integrated pathway combining preparation when indicated, corrective treatment, barrier recovery and maintenance.

The body is not one anatomical treatment area — and body peeling is not one universal protocol.
02 Mechanical Preparation Does every body peeling treatment require mechanical preparation?

No. Mechanical preparation is particularly relevant when roughness, superficial hyperkeratinization or a thickened surface justifies it. It should not become an automatic preliminary step for every indication.

Pigmentation alone, for example, does not establish that mechanical abrasion is necessary. The surface must first be clinically assessed.

Mechanical preparation is indication-driven — not mandatory by default.
03 Pigmentation Does body hyperpigmentation automatically require stronger exfoliation?

No. Hyperpigmentation and hyperkeratinization are not equivalent clinical findings. Pigmentation may coexist with surface thickening, but one should not be inferred from the other.

In friction-prone or anatomically sensitive areas, increasing preparation or corrective intensity simply because pigmentation is present may be inappropriate.

Pigmentation identifies a treatment objective — it does not automatically determine treatment intensity.
04 Corrective Selection How are metabolic peels, salicylic acid and TCA selected?

They represent different corrective pathways, not interchangeable levels of the same peel. Selection depends on the clinical objective, anatomical area, surface condition and intended treatment strategy.

Metabolic correction follows a biological and progressive logic; salicylic acid provides a keratolytic/lipophilic pathway for selected indications; TCA provides a controlled chemical pathway whose behavior depends on concentration and treatment context.

Select the corrective pathway from the indication — not from a desire to produce a stronger visible peel.
05 TCA Does a higher TCA concentration necessarily produce a better result?

No. TCA concentration is only one component of the treatment strategy. Anatomy, surface condition, application conditions, treated surface and intended clinical endpoint must also be considered.

A more intense tissue response is not automatically a more appropriate clinical response. The objective is controlled correction compatible with predictable recovery.

Greater intensity is not synonymous with greater clinical relevance.
06 Recovery Is there a universal Day 1–7 recovery schedule after body peeling?

No. Recovery depends on the intervention performed, anatomical area, corrective intensity, treated surface and individual clinical evolution.

A mechanical surface intervention, a metabolic strategy and an acid-based corrective pathway should not be expected to follow an identical timetable. Recovery is therefore better evaluated biologically than by calendar alone.

Follow the skin's clinical evolution — not an arbitrary universal calendar.
07 Specialized Anatomy Can the same body peeling strategy be used for external intimate or perianal areas?

These areas should be considered specialized anatomical treatment zones. A protocol used for resistant or hyperkeratinized body areas such as elbows, knees or heels should not automatically be extrapolated to external intimate or perianal skin.

Dedicated assessment and dedicated clinical pathways are preferable for these areas.

Specialized anatomy requires specialized clinical reasoning.
08 Retreatment When should another corrective body peeling treatment be considered?

Retreatment should follow clinical reassessment rather than a predetermined date alone. The previous response, degree of correction, barrier recovery and current treatment objective should be evaluated before renewed correction is considered.

Once the desired correction has been achieved, the strategy may appropriately remain in stabilization and maintenance rather than repeatedly returning to corrective treatment.

Reassess before repeating: maintenance is not repeated correction.
Clinical Take-Home There is no universal body peel, no universal intensity and no universal timetable. The rational pathway is built from the indication, the anatomical area and the biological response.
Next — Clinical Summary
Clinical Summary

Body Peeling — Clinical Summary

A rational body peeling strategy is built around clinical indication, anatomical area and biological response — not around a single product, acid concentration or predetermined peeling intensity.

Core Clinical Principle The objective is not simply to peel body skin — it is to construct the right sequence for the right area and the right clinical indication.
The Complete Pathway

Six Clinical Decisions

The entire Body Peeling strategy can be summarized as one continuous clinical sequence.

01
Assess

Define the Clinical Problem

Identify the anatomical area, indication, surface condition and treatment objective before selecting a procedure.

02
Prepare

Prepare Only When Indicated

Mechanical preparation has a role when surface roughness or hyperkeratinization justifies it. It is not mandatory for every body peel.

03
Correct

Select the Corrective Pathway

Choose between an appropriate metabolic, salicylic acid or TCA pathway according to indication, anatomy and intended response.

04
Recover

Protect Biological Recovery

After correction, the clinical priority moves toward barrier function, water retention and tissue stability rather than immediate repetition.

05
Stabilize

Reassess the Response

Determine whether correction has achieved its objective and whether the skin has progressed toward functional biological stability.

06
Maintain

Preserve Rather Than Re-Correct

Once the desired response has been obtained, move toward biological protection and maintenance rather than automatically restarting correction.

Three Rules to Remember

What Should Guide the Strategy?

≠

Pigmentation ≠ Hyperkeratinization

Pigmentation does not automatically justify mechanical abrasion or greater corrective intensity.

↓

More Intense ≠ More Appropriate

Treatment intensity should follow the clinical objective and anatomical context — not the desire for a stronger visible reaction.

↻

Maintenance ≠ Repeated Correction

Retreatment should follow clinical reassessment. A calendar alone should not determine when correction is repeated.

Clinical Decision Equation

Rational Body Peeling Begins Before the Peel

Indication Anatomical Area Surface Condition Recovery Capacity
Final Clinical Take-Home Assess first. Prepare when indicated. Correct selectively. Recover biologically. Stabilize before repeating. Maintain what has been achieved.
Next — Clinical Access & Product Selection
From Strategy to Clinical Selection

Build the Right Body Peeling Pathway

The clinical objective is not to select the strongest peel. It is to select the right sequence of preparation, correction, recovery and maintenance for the individual indication and anatomical area.

Ready for Clinical Selection? Move from the Body Peeling strategy to the products and clinical tools that support each stage of the pathway.
01
Clinical Decision Tool

Clinical Product Selection Matrix

Start with the indication and identify where each product belongs within preparation, correction, recovery and maintenance.

Open Selection Matrix
02
Product Ecosystem

Explore the Clinical Product Range

Review the available peeling, preparation, recovery and maintenance products within the wider clinical treatment ecosystem.

Explore Products
Clinical Quality A Structured Treatment Ecosystem From preparation through correction and biological recovery to long-term maintenance.
Swiss Made
Top Quality
Body Peeling Clinical Strategy Assess first. Select rationally. Correct selectively. Recover biologically. Maintain intelligently. One Body — Different Areas — Different Clinical Strategies
Structured Clinical Content Complete

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