Hand-held ultrasound system

for skin ultrasound imagingcolor dopplerAI-powered

Product overview
AI Handheld Ultrasound is a compact, professional handheld imaging system for dermatology and aesthetic procedures. It delivers high-frequency tomographic ultrasound imaging and AI-assisted interpretation to visualize full skin layers, map filler distribution and support evidence-based treatment planning and follow-up.

How it works

• Step 1 — High-frequency ultrasound imaging: The handheld probe emits 13.2 MHz waves to image epidermis, dermis, subcutaneous tissue and the SMAS layer, producing high-resolution acoustic images of facial anatomy.
• Step 2 — AI real-time recognition & segmentation: The embedded AI engine segments tissue layers, detects and classifies common filler materials, screens abnormalities and provides quantitative measurements in real time.
• Step 3 — Structured data output: Raw images are converted into structured clinical data (layer metrics, filler mapping, imaging parameters) to support objective assessment and longitudinal comparison.
• Step 4 — Multi-modal integration: In online mode scan data synchronizes with a 3D skin analysis platform for cross-platform visualization, comparison and report generation.

Key advantages

• Full-layer visualization from epidermis to SMAS for comprehensive assessment of skin and deep tissues.
• AI-assisted interpretation based on a large clinical database to improve consistency and reduce manual variability.
• Filler recognition and injection-safety support: mapping filler location, evaluating complications and verifying injection depth.
• Real-time dual view to support dynamic procedures and injection guidance.
• Radiation-free, non-invasive imaging suitable for repeated follow-up.
• Intuitive interface and automated reporting for streamlined clinical workflow.

Technical highlights

• Three scanning modes: Skin Scan (full-layer analysis), Filler Scan (filler history and material recognition), Dual View (real-time dual display).
• High-frequency probe: 13.2 MHz imaging optimized for facial skin and SMAS visualization.
• 21 standardized facial mapping points to enable consistent full-face structured capture.
• Recognizable filler types: Hyaluronic Acid (HA), Collagen, PLLA, PCL, CaHA, PMMA, PVA.
• AI database: >30,000 clinical cases; reported algorithm accuracy >96%.
• Imaging controls: GN (Gain), BDR (Dynamic Range), D (Depth), FOC (Focus), ENH (Enhancement), HAM (Harmonic Imaging), CPD (Color Power Doppler).
• Custom acoustic coupling pad for consistent transmission and improved image stability (one-pad-per-client recommended).
• Wireless workflow: real-time video streaming and remote scan control; online synchronization with 3D skin analysis platform and offline standalone operation.
• Local storage: 256 GB tablet memory (~2,000 patient scan records) for offline use and later upload.
• Dynamic video capture for clinical imaging and real-time observation.

Functions

• Automated generation of structured clinical reports.
• Real-time monitoring to support precise aesthetic procedures and injection guidance.
• Rapid full-face skin assessment for efficient clinical evaluation.
• Long-term patient tracking for before/after comparison and outcome monitoring.

Treatment areas

• Forehead
• Brow area
• Tear trough / under-eye area
• Cheeks
• Apple muscle zone
• Nasal bridge
• Nasolabial folds
• Perioral area
• Jawline
• Chin

Application scenarios

• Dermatological diagnosis support
• Full-layer skin structure analysis in clinics
• Filler history evaluation and metabolism tracking
• Injection planning, guidance and post-injection evaluation
• Facial concern analysis and treatment planning
• Post-treatment monitoring and longitudinal comparison

Technical specifications

• Commercial name / model: AI Handheld Ultrasound
• Brand: ADSS
• Imaging frequency: 13.2 MHz
• Scanning modes: Skin Scan, Filler Scan, Dual View
• Facial mapping points: 21 standardized points
• Recognizable filler types: HA, Collagen, PLLA, PCL, CaHA, PMMA, PVA (7 types)
• AI database: >30,000 clinical cases
• Reported algorithm accuracy: >96%
• Imaging parameter adjustments: GN, BDR, Depth (D), Focus (FOC), Enhancement (ENH), Harmonic Imaging (HAM), Color Power Doppler (CPD)
• Storage (local/offline): 256 GB (~2,000 patient scan records)
• Custom acoustic coupling pad: one-pad-per-client design
• Wireless scanning and video streaming supported; online synchronization with 3D skin analysis platform available
• Dynamic video capture / fast capture time for real-time observation