DermaScan C series - 10 to 50 MHz ultrasound units

Our line of high frequency ultrasound scanners provide
state-of-the-art performance in high resolution skin imaging 
and a resolution down to 25 micrometer in tissue.
All configurations are built to provide optimal reliability and meet the latest
international standards and requirements for such equipment.
2D scanners are available in a new and ultra compact USB configuration for use with our new and lighter
ultrasound probes. 3D scanners are built into a dedicated transportation
cart, which also serves as a base for a flexible arm holding the 3D scanning head.

 
 
Better signal/noise ratio provides improved penetration and less noise. Subdermal structures (here connective tissue in the fat) now become clearly visible.

       



2D USB with cradle 

 
Less pixelisation due to 12 bit A/D conversion.




2D USB without cradle 

 


 

Our probes may be configured with different transducers depending on the 
application. For general purpose skin scanning we recommend a
20 MHz transducer providing a 60 by 150 micron resolution and 13 mm penetration
or 60 by 200 micron resolution and 23 mm penetration.
For the ultimate resolution and image definition a 50 MHz broadband option
provides a 25 by 60 micron resolution and 3 mm penetration.
All ultrasound probes offer high precision operation and true position detection
for unmatched image clarity and definition.

Each individual transducer is carefully matched to the actual probe, which also includes
calibration of the water path to the focal length of the transducer.

The DermaScan C is listed with the FDA as a medical device in regulatory
class II/21 CFR 892.1560 (510(k) no. K983945).

 

 

 

 

 
             3D sample images





3D config.
20 MHz info-flyer 50 MHz info-flyer Collagen info-flyer
Mail Me Info Ultrasound Image Gallery

CORTEX TECHNOLOGY Smedevaenget 10, 9560 Hadsund, Denmark, Tel.: +45 9857-4100,  Fax:+45 9857-2223
Danish headquarters: cortex@cortex.dk   www.cortex.dk   German sales office: cortexde@aol.com

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