Advanced Skin Analysis: What Your Skin Tells Us

Last updated: 5 August 2026

The importance of professional skin analysis

Effective aesthetic treatment begins with understanding your skin at a level that goes far beyond what you can see in the mirror. Professional skin analysis uses clinical expertise, diagnostic tools, and systematic assessment methods to identify the underlying conditions, damage patterns, and characteristics that inform treatment selection. Without accurate analysis, treatments risk being ineffective, inappropriate, or potentially harmful.

every patient journey begins with a comprehensive skin analysis that forms the foundation of their personalised treatment plan.

The clinical skin assessment

A trained aesthetic practitioner evaluates multiple aspects of the skin during a clinical examination:

Fitzpatrick skin type classification

This six-point scale classifies skin based on its response to UV exposure:

• Type I: Always burns, never tans (very fair, often with red hair)
• Type II: Burns easily, tans minimally (fair)
• Type III: Burns moderately, tans gradually (medium)
• Type IV: Burns minimally, tans well (olive)
• Type V: Rarely burns, tans profusely (brown)
• Type VI: Never burns, deeply pigmented (dark brown/black)

This classification is critical for laser and light-based treatment safety, chemical peel selection, and predicting post-inflammatory hyperpigmentation risk.

Skin condition assessment

• Hydration levelsassessing skin moisture, barrier function, and transepidermal water loss (TEWL)
• Sebum productionidentifying oily, dry, combination, or normal skin patterns
• Sensitivityevaluating skin reactivity, redness, and barrier integrity
• Texturesmoothness, roughness, pore size, and surface irregularities
• Elasticityskin firmness and snap-back quality indicating collagen and elastin health
• Pigmentationuniformity of skin tone, presence of hyperpigmentation, melasma, or sun damage

Diagnostic tools and technology

Woods lamp examination

This UV light device reveals conditions invisible to the naked eye:

• Epidermal pigmentationappears enhanced (darker) under Woods lamp
• Dermal pigmentationappears unchanged, helping distinguish depth of pigmentation
• Fungal infectionscertain fungi fluoresce under UV light
• Bacterial infectionsCutibacterium acnes produces fluorescent porphyrins visible under UV
• Dehydration patternsdry areas appear differently under UV illumination

Skin imaging systems

Advanced imaging technology provides detailed information about skin health:

• VISIA/Canfield imagingmulti-spectral analysis revealing sun damage, wrinkles, texture, pores, UV spots, brown spots, and red areas beneath the skin surface
• Dermoscopymagnified examination of skin structures, useful for pigmented lesion assessment
• Ultrasound skin scanningmeasures skin thickness, density, and echogenicity
• Moisture meterscorneometer readings quantify stratum corneum hydration
• Sebumetermeasures sebum output on the skin surface

Cross-polarised photography

Special photography that eliminates surface reflection reveals:

• Subsurface blood vessels and redness
• Deep pigmentation invisible on standard photographs
• Early sun damage that has not yet manifested on the surface

What your skin analysis reveals

Sun damage assessment

UV damage is often far more extensive than what is visible on the surface. Imaging technology can reveal:

• Subclinical sun damage (damage present but not yet visible as spots or wrinkles)
• The extent of photoageing vs chronological ageing
• Early precancerous changes that may require dermatological referral
• Areas at highest risk for future pigmentation issues

Vascular Assessment

• Thread veins and telangiectasia patterns
• Diffuse redness indicating rosacea or chronic inflammation
• Post-acne erythema
• Blood flow patterns that may indicate sensitivity or reactive skin

Ageing pattern analysis

• Volume loss mapping, identifying which areas have lost the most volume
• Dynamic vs static wrinkle assessment
• Skin laxity evaluation
• Bone resorption patterns
• Fat pad assessment

How skin analysis informs treatment

The results of a comprehensive skin analysis directly guide treatment recommendations:

• Product selectionchoosing the right filler type and strength based on tissue assessment
• Treatment sequencingdetermining which concerns to address first for optimal results
• Safety parameterssetting appropriate laser/device settings based on skin type
• Skincare prescriptionrecommending targeted active ingredients based on identified concerns
• Progress trackingstandardised imaging allows objective comparison of before and after results
• Contraindication identificationrecognising conditions that may need medical referral before aesthetic treatment

The glogau scale of photoageing

This classification helps categorise the severity of sun-related skin ageing:

• Type I (Mild): Minimal wrinkles, early pigmentary changes, no keratoses. Typically 20s-30s
• Type II (Moderate): Wrinkles in motion, early lentigines, palpable but not visible keratoses. Typically 30s-40s
• Type III (Advanced): Wrinkles at rest, obvious dyschromia and telangiectasia, visible keratoses. Typically 50s+
• Type IV (Severe): Wrinkles throughout, yellow-grey skin colour, prior skin cancers. Typically 60s-70s

“Skin analysis is the diagnostic foundation of aesthetic medicine. Without it, we are guessing. With it, we are making evidence-based treatment decisions that maximise efficacy and minimise risk.”, International Association for Applied Corneometry

Frequently asked questions

Summary

Professional skin analysis is the essential first step in effective aesthetic treatment. By combining clinical expertise with advanced diagnostic technology, we can identify concerns invisible to the naked eye, select the most appropriate treatments, and track progress objectively. Our thorough skin analysis ensures that every treatment recommendation is evidence-based, personalised, and optimised for your individual skin.