TPM DUB Cutis Skin Ultrasound Imaging

The TPM DUB Cutis Skin Ultrasound Imaging System is an advanced, high-frequency ultrasound device designed for detailed skin imaging and dermatological diagnostics. This non-invasive technology provides precise visualization of skin layers, making it ideal for aesthetic, medical, and research applications.

Key Features:

• High-Resolution Imaging: Utilizes ultrasound frequencies up to 100 MHz for detailed visualization of skin structures.
• Non-Invasive & Safe: Painless diagnostic tool with no radiation exposure.
• Layered Skin Analysis: Provides clear imaging of the epidermis, dermis, and subcutaneous layers.
• Real-Time Imaging & Measurement: Enables accurate skin thickness assessment, lesion evaluation, and monitoring of treatments.
• Versatile Applications: Used in dermatology, plastic surgery, aesthetics, and clinical research.
• User-Friendly Interface: Intuitive software allows for easy operation, image storage, and analysis.
• Portable & Efficient: Compact design with high-performance imaging capabilities.

Applications:

• Dermatology & Aesthetic Medicine: Skin cancer screening, scar assessment, and monitoring of anti-aging treatments.
• Plastic & Reconstructive Surgery: Preoperative planning and post-surgical healing evaluation.
• Clinical Research & Cosmetology: Analysis of skin hydration, elasticity, and treatment effects.

Technical Specifications:

• Ultrasound Frequency: Up to 100 MHz for high-resolution imaging
• Imaging Depth: Up to several millimeters, suitable for skin and soft tissue analysis
• Display & Software: Advanced digital imaging software with real-time visualization
• Measurement Functions: Skin thickness, lesion size, and tissue density analysis
• Power Supply: Mains-powered with energy-efficient operation
• Weight: Compact and lightweight for easy portability

Why Choose the TPM DUB Cutis Skin Ultrasound Imaging System?

The TPM DUB Cutis is a state-of-the-art skin ultrasound device, providing unparalleled accuracy in dermatological diagnostics. It is an essential tool for dermatologists, plastic surgeons, and researchers, enabling non-invasive skin assessment with detailed imaging and real-time analysis.