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Ultrascan UC 22
22 MHz High-Frequency Ultrasound Imaging for In-Depth Skin looking
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Overview
The UltraScan UC 22 is a 22 MHz high-frequency ultrasound imaging system designed for in-depth, non-invasive analysis of the skin. Developed by Courage + Khazaka electronic GmbH, it provides real-time B-mode ultrasound images to help visualize skin structures below the surface.
Skin ultrasound is a powerful, non-invasive, cost-effective, and real-time technique that supports the assessment, treatment follow-up, and monitoring of skin tumours, vascular tumours, inflammatory skin diseases, nail lesions, and cosmetic procedures. The 22 MHz frequency and B-mode imaging make the UltraScan UC 22 especially useful for this purpose.
Unlike surface measurement probes, the UltraScan UC 22 allows researchers and clinicians to look deeper into the skin and evaluate structural changes beneath the visible surface. It can support the assessment of skin thickness, density, dermal structure, aging-related changes, scar tissue, treatment response, and cosmetic procedure outcomes.
The system is especially valuable for studies involving anti-aging products, firming treatments, dermatological formulations, scar evaluation, skin recovery, aesthetic procedures, and clinical follow-up. By capturing ultrasound images of the skin, it supports before-and-after comparisons and helps document internal skin changes over time.
Features
22 MHz high-frequency ultrasound imaging
Allows high-resolution visualization up to approximately 6–8 mm deep into the skin.
Automatic linear scanning
The probe is easy to handle and performs scans automatically, with the transducer moving linearly over the skin without requiring manual movement by the user.
Water-based scanning
Only water is needed to receive a scan, avoiding messy gel application. Foils are not required but can be used optionally.
Continuous live scan capability
Provides continuous live scans, not just one single image per measurement, with video capture of multiple images per B-scan.
Automatic skin thickness and density measurement
Measures skin thickness in µm and skin density as ultrasound density percentage or colour value, for the total image and separately for the epidermis/entrance echo and dermis.
Advanced measurement tools
Supports measurement of depth, width, line length, and area, including freehand-drawn areas. Measurements of up to 6 areas per image can be saved.
Phase correction function
Flattens the image to help determine skin thickness as accurately as possible.
Adjustable viewing depth
Viewing depth can be changed from 8 mm to 6.4 mm or 4 mm to better visualize details in upper skin layers without changing resolution.
Multiple viewing modes
Supports B-Scan, A-Scan, Sum-A, and ScanLoop viewing modes.
Image export and software compatibility
B-scan images can be exported as image files for use in other applications. The DUB SkinScanner software is compatible with Windows operating systems.
Easy cleaning
The probe head can be cleaned easily after each measurement.
Technology
The UltraScan UC 22 uses 22 MHz high-frequency ultrasound technology to create real-time cross-sectional images of the skin. The probe emits ultrasound waves into the tissue, and the reflected echoes are captured and converted into image data.
The system produces B-scan images, allowing users to visualize skin structures below the surface. With 22 MHz ultrasound, the system can image approximately 6–8 mm deep into the skin while maintaining high resolution for dermatological and cosmetic research applications.
During scanning, the transducer moves linearly and automatically over the skin inside the probe head. This automated movement helps standardize the scan and reduces user-dependent variation. Only water is required as the coupling medium, avoiding the need for messy ultrasound gel.
The software can display and analyze images in multiple modes, including B-Scan, A-Scan, Sum-A, and ScanLoop. It can automatically calculate skin thickness and skin density, including measurements for the total image and separated skin layers such as the epidermis/entrance echo and dermis.
Additional tools allow measurement of depth, width, length, and area, including freehand-defined regions. The system also includes phase correction, which helps flatten the image and improve the accuracy of skin thickness evaluation.
Application
Skin aging and sun damage assessment
Helps evaluate structural changes in the skin related to aging, photoaging, and long-term sun exposure.
Tumour and pre-surgical evaluation
Supports assessment of tumour depth, including applications related to Mohs surgery and pre-surgical planning.
Skin thickness and tissue analysis
Measures skin thickness and helps visualize tissue structure beneath the skin surface, including tissue beneath wounds.
Wound treatment monitoring
Useful for monitoring wound healing, tissue recovery, and changes below the wound surface.
Laser and aesthetic treatment follow-up
Supports before-and-after evaluation of laser treatments, aesthetic skin procedures, and cosmetic interventions.
Cosmetic research and efficacy testing
Provides objective imaging data for product development, claim support, and evaluation of cosmetic treatment effects.
Osteoporosis risk assessment research
Can be used in research applications where skin ultrasound parameters may contribute to osteoporosis risk assessment studies.
FAQs
What does the UltraScan UC 22 measure?
The UltraScan UC 22 uses 22 MHz high-frequency ultrasound to visualize and assess skin structures below the surface. It can measure parameters such as skin thickness, skin density, depth, width, length, and area.
How deep can the UltraScan UC 22 scan into the skin?
With its 22 MHz probe, the UltraScan UC 22 can scan approximately 6–8 mm deep into the skin while maintaining high-resolution imaging.
Does the UltraScan UC 22 require ultrasound gel?
No. The UltraScan UC 22 only requires water to receive a scan. Messy gel application is not needed, and foils are optional.
What imaging modes are available?
The system supports multiple viewing modes, including B-Scan, A-Scan, Sum-A, and ScanLoop, allowing users to visualize and analyze skin structures in different ways.
What applications is the UltraScan UC 22 used for?
It is used in dermatology, cosmetic research, and aesthetic treatment evaluation, including skin aging, sun damage, skin thickness analysis, wound monitoring, laser treatment follow-up, tumour depth assessment, and efficacy testing.
Can the images and measurements be exported?
Yes. B-scan images can be exported as image files for use in other applications, and measurement data such as skin thickness, density, depth, width, length, and area can be saved and documented.
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