Scar Correction Work

4 hours estimated · 6 sections

SCAR TISSUE IS NOT NORMAL SCALP.

IT REQUIRES DIFFERENT TECHNIQUE, NOT MORE TECHNIQUE.

UNDER-PROMISE AND OVER-DELIVER ON SCAR WORK.

Scars from hair transplants, trauma, and medical procedures are among the most common reasons clients seek SMP. They are also the highest-risk treatments. Scar tissue behaves differently—it requires protocol adaptation, not standard execution with extra effort.

MODULE OVERVIEW

Scar camouflage is one of the most requested SMP applications. Hair transplant scars (FUT linear, FUE dot pattern), trauma scars, and surgical scars send clients searching for solutions. SMP can significantly reduce scar visibility, but it cannot make scars invisible.

Scar tissue is fundamentally different from normal scalp. It has different structure, different pigment uptake, different healing patterns. This module provides the diagnostic framework for scar assessment, technique modifications for different scar types, and realistic expectation management.

THE KORT PRINCIPLE

Scar tissue is not normal scalp. It requires different technique, not more technique. Treating scar tissue with standard protocols produces standard-protocol failures: blowout, rejection, colour shift, and uneven retention.

LEARNING OBJECTIVES

Classify scar types relevant to SMP: FUT linear, FUE dot matrix, trauma, surgical.

Assess scar tissue for treatment viability using the KORT Scar Assessment Protocol.

Modify needle, voltage, and technique for fibrotic tissue pigment deposition.

Manage colour matching challenges between scar tissue and surrounding scalp.

Set realistic client expectations and document limitations in the treatment plan.

11.1

Scar Tissue Fundamentals

Scar tissue replaces normal skin after injury. Instead of the organised collagen matrix of healthy dermis, scar tissue has dense, disorganised collagen fibres oriented parallel to the skin surface. This structural difference affects everything: pigment deposition, retention, colour healing, and surface texture.

Why Scars Behave Differently

Density: Fibrotic tissue is denser than normal dermis. Needle penetration requires more pressure or higher voltage.

Blood supply: Scars have reduced vascularity. Less blood flow means slower healing and different inflammatory response.

Texture: Scar surface is often smoother (no follicles, no sebaceous glands) and may be elevated, depressed, or have different light reflection.

Colour: Scars may be hypopigmented (lighter), hyperpigmented (darker), or erythematous (red/pink). SMP pigment interacts with this base colour.

◆KORT Rule 35

Scar tissue typically retains 30–50% less pigment than normal scalp in the first session. Plan for additional sessions and set expectations accordingly.

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