Advanced, medical‑grade skin analysis tailored to you
If you’re looking for professional skin analysis in Liverpool, our advanced OBSERV® 520x skin analysis provides an in‑depth look at your skin — far beyond what the naked eye can see.
At Symmetria Clinic, we use the OBSERV® 520x to assess your skin at every level, from deep structural concerns to surface texture. This allows our skin experts to create a fully personalised treatment and skincare plan based on evidence, not guesswork.


What is OBSERV® 520x skin analysis?
The OBSERV® 520x is a medical‑grade skin analysis system used by leading aesthetic and dermatology clinics worldwide. Using advanced light technology and 10 comprehensive observation modes, it reveals hidden skin concerns such as:
-
Dehydration and barrier impairment
-
Pigmentation, melasma and sun damage
-
Redness, rosacea and vascular concerns
-
Congestion and oil activity
-
Fine lines, wrinkles and early signs of ageing
-
Uneven texture, pores and inflammation
This detailed analysis allows us to accurately diagnose your skin and recommend the most effective treatments and skincare for long‑term skin health.
Our 10 advanced skin analysis modes
Each OBSERV® 520x consultation includes a full assessment using the following modes:
-
Daylight Mode – Evaluates your skin in natural light for overall appearance.
-
Surface Texture Mode – Detects fine lines, wrinkles, pores and uneven skin texture.
-
Pigmentation Mode – Identifies sunspots, melasma and uneven skin tone.
-
Vascularity Mode – Reveals redness, inflammation and compromised skin barriers.
-
Parallel Polarised Light – Highlights fine surface details and early ageing signs.
-
Cross Polarised Light – Provides a clear view of deeper pigmentation and vascular issues.
-
True UV Mode – Exposes hidden sun damage and underlying skin abnormalities.
-
Simulated Wood’s Light – Shows oil activity, thinning skin and the hydrolipid film.
-
360 Light Mode – Illustrates facial volume and contours, ideal for age‑management planning.
-
360 Grey Mode – Removes colour distraction to reveal structural ageing changes.














