TPM DUB Cutis Skin Ultrasound Imaging New

TPM DUB Cutis Skin Ultrasound Imaging

The TPM DUB Cutis is a high-precision skin ultrasound imaging system designed for dermatology, cosmetic medicine, and clinical research. Utilizing advanced high-frequency ultrasound technology, it delivers clear, real-time visualization of the skin layers, subcutaneous tissue, and microstructures, enabling accurate assessment of skin thickness, lesions, and treatment outcomes.

Ideal for clinical diagnostics and aesthetic applications, the DUB Cutis system supports non-invasive imaging for evaluating skin conditions such as tumors, scars, lesions, and cosmetic procedure planning. Its ergonomic probe, intuitive interface, and reliable imaging quality allow clinicians and researchers to perform thorough examinations efficiently and confidently.

With high-resolution imaging, advanced measurement tools, and real-time feedback, the TPM DUB Cutis Skin Ultrasound Imaging system empowers dermatologists, aesthetic practitioners, and researchers to make informed clinical decisions, track treatment progress, and enhance patient care.

Key Features

• High-Frequency Ultrasound Technology: Provides detailed imaging of skin layers, subcutaneous tissue, and microstructures.

• Real-Time Visualization: Enables immediate assessment and dynamic evaluation of skin conditions.

• Non-Invasive & Safe: Ideal for dermatology, cosmetic medicine, and clinical research without discomfort or risk to patients.

• Ergonomic Probe Design: Lightweight and easy to handle for precise scanning of targeted areas.

• Advanced Measurement Tools: Supports accurate assessment of skin thickness, lesions, scars, and other microstructures.

• User-Friendly Interface: Intuitive controls and display for seamless operation in clinical settings.

• High-Resolution Imaging: Produces clear images for improved diagnosis, treatment planning, and monitoring.

• Versatile Applications: Suitable for skin lesion evaluation, cosmetic procedure planning, scar assessment, and tumor monitoring.

• Data Storage & Export: Enables saving and exporting images for documentation and research purposes.

• Durable & Reliable: Engineered for consistent performance in dermatology clinics and research environments.

Key Benefits – TPM DUB Cutis Skin Ultrasound Imaging

• Accurate Skin Assessment: High-resolution imaging enables precise evaluation of skin layers, subcutaneous tissue, and microstructures.

• Non-Invasive & Patient-Friendly: Provides safe and comfortable diagnostics without needles or radiation exposure.

• Supports Clinical Decision-Making: Helps dermatologists and aesthetic practitioners assess lesions, scars, tumors, and treatment outcomes effectively.

• Enhanced Cosmetic Planning: Ideal for aesthetic procedures, allowing accurate mapping and monitoring of skin treatments.

• Real-Time Imaging & Feedback: Immediate visualization helps clinicians make informed decisions during examinations.

• Efficient Workflow: User-friendly interface and ergonomic probe design streamline examinations.

• Reliable & Reproducible Results: Consistent imaging quality ensures accurate monitoring and documentation over time.

• Versatile Applications: Suitable for dermatology, aesthetic medicine, and clinical research.

• Data Management & Export: Facilitates easy record-keeping, treatment tracking, and research documentation.

• Optimized Patient Outcomes: Supports precise diagnosis, effective treatment planning, and improved follow-up care.

Technical Specifications

Imaging & Performance

• Ultrasound Type: High-frequency linear array probe

• Frequency Range: 20–22 MHz (ideal for detailed skin imaging)

• Imaging Mode: B-mode real-time imaging

• Resolution: High-resolution for clear visualization of skin layers and subcutaneous structures

• Depth Range: 0–20 mm, suitable for skin and superficial tissue

• Frame Rate: Real-time dynamic imaging

Device & Design

• Probe: Ergonomic, lightweight, and easy to maneuver for precise scanning

• Display: High-definition monitor with intuitive interface

• Dimensions: Approx. 330 mm × 210 mm × 120 mm

• Weight: ~4–5 kg

• Portability: Compact design for use in clinics, aesthetic centers, and research labs

Software & Features

• Measurement Tools: Skin thickness, lesion size, scar depth, and microstructure assessment

• Data Management: Image capture, storage, and export to external devices or networks

• Compatibility: Works with standard ultrasound software platforms for analysis and reporting

Power & Safety

• Power Supply: AC 100–240V, 50/60 Hz

• Safety Features: Non-invasive, low-power operation, patient-safe imaging

• Durability: Built for daily clinical and aesthetic use with reliable performance