Measure Skin Health Quantitatively
SkinX is an advanced dermal diagnostic system that evaluates skin elasticity and micro-vibration responses under controlled stimulation. Unlike visual inspection or manual palpation, SkinX provides quantitative insights into skin health, capturing subtle changes in elasticity, fibrosis, and hydration that are often imperceptible to the human eye.
By transforming elasticity into measurable data, SkinX empowers clinicians to monitor healing, cosmetic outcomes, and dermatologic health with precision.
How It Works
SkinX applies controlled mechanical or optical stimulation to the skin and measures micro-vibrations and elastic recovery. These subtle responses reflect the skin’s biomechanical properties, including:
- Elastic recovery — how quickly skin returns to its original shape
- Fibrosis — areas of scarring or stiffening
- Aging changes — decreased elasticity or increased laxity
- Hydration response — tissue reaction to moisture or treatment
The system converts these functional measurements into quantitative metrics, enabling objective evaluation and tracking over time.
Clinical Applications
SkinX supports a range of clinical and therapeutic use cases, including:
- Wound assessment — monitor healing progress and tissue recovery
- Cosmetic medicine — evaluate treatment efficacy, skin rejuvenation, and anti-aging interventions
- Burn recovery — track elasticity restoration and scar remodeling
- Dermatologic monitoring — assess skin conditions, fibrosis, and hydration levels
By providing measurable data, SkinX allows clinicians to make informed decisions, optimize treatments, and track outcomes objectively.
Applications & Settings
SkinX is ideal for:
- Dermatology clinics
- Cosmetic and aesthetic medicine practices
- Burn and wound care centers
- Research and clinical studies
Its portable, non-invasive design allows clinicians to integrate skin elasticity assessment seamlessly into routine workflows or specialized therapeutic programs.
Key Advantages
| Feature | Benefit |
|---|---|
| Dermal micro-vibration analysis | Reveals skin elasticity and structural changes at a microscopic level |
| Quantitative measurement | Converts subjective skin assessment into objective data |
| Elastic recovery & fibrosis tracking | Supports wound healing, burn recovery, and cosmetic treatment evaluation |
| Non-invasive, controlled stimulation | Safe, painless, and reproducible diagnostics |
| Versatile clinical applications | Useful in dermatology, cosmetic medicine, and wound care |