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Overview

SkinScanner is a CE IIA MEDICAL DEVICE with EU MDR approval and an FDA pending application. The underlying technology is Dermoscopy-Assisted High-Frequency Ultrasound, which combines surface and depth imaging, making it simple and affordable. The technology is multimodal (providing more information), simultaneous (guided imaging), registered (for better interpretation), uses AI (for automated measurements), and is cloud-ready (for decentralized trials). The SkinScanner is portable, has the highest frequency, high resolution, and allows for single-hand operation.The High-Frequency Ultrasound is optimized for skin imaging in the 15-100MHz range. The specific Imaging Specifications for the ultrasound are:

• Frequency: 20-40 MHz
• Depth: up to 10 mm
• Field of view: $10 \text{mm} \text{(depth)} \times 12 \text{mm} \text{(loterol)}$
• Frame rate: $4+\text{fps}$
• Resolution: 100/300 $\mu\text{m}$The Optical field of view is $12 \text{mm} \times 12 \text{mm}$.

Skinscanner enables various Measurement Techniques:

• Geometric: 2-point distance (thickness, diameter), AI-assisted segmentation (layer differentiation), and volume estimation.
• Intensity: Point location correlation to surface (projection), comparison for different structures (Hydration trend), and variability for a certain tissue area (Collagenization/vascularization estimation, trend).
• Doppler: Flow detection (along 1-D line currently), with 2-D Doppler under development.

The Role of DG-HFUS in Clinical Applications includes:

• Skin Cancer (Melanoma, BCC, SCC): Measure depth & extent, treatment choice, surgical planning.
• Inflammation (Atopic dermatitis, Acne, Alopecia areata, Rosacea): Measure depth & extent, treatment planning.
• Rejuvenation (Topical treatments, Laser treatments): Monitoring Collagenization and Hydration.
• Filler treatments: Treatment planning (safety), treatment monitoring, and guided dissolving of filler.

Our Offer provides Advanced, multimodal skin analysis (more information, objective evaluation), Personalized treatment planning (individual anatomy and skin condition, safe and effective treatments), and Informative treatment monitoring (follow-up potential, reproducibility).

The Highlights:

• Highest frequency handheld ultrasound (20-40 MHz, 100 µm ax/ 300 µm lat)

• Dermoscopy-asslsted (12x12 mm optical field ot view)

• High-resolution and high-depth modes

• Easy interpretation with positioning line

• Precise image reproducibility

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