Curved Array Probes
Discover the complete range of curved array probes with broad field of view, high bandwidth and high resolution for premium imaging with both piezocomposite or single crystal technologies.
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Product
Type
Elements
Frequency
Pitch
Curvature
Aperture
Focal
-
Number elements 128
-
Center Frequency 3.5
-
Pitch 0.45
-
Radius curvature 50
-
Transverse aperture 13
-
Focal Depth 60
-
Number elements 192
-
Center Frequency 3.5
-
Pitch 0.332
-
Radius curvature 60
-
Transverse aperture 11
-
Focal Depth 65
-
Number elements 192
-
Center Frequency 3.5
-
Pitch 0.332
-
Radius curvature 60
-
Transverse aperture 11
-
Focal Depth 65
-
Number elements 128
-
Center Frequency 5.0
-
Pitch 0.425
-
Radius curvature 40
-
Transverse aperture 11
-
Focal Depth 50
-
Number elements 192
-
Center Frequency 5.0
-
Pitch 0.285
-
Radius curvature 40
-
Transverse aperture 11
-
Focal Depth 50
-
Number elements 128
-
Center Frequency 6.5
-
Pitch 0.216
-
Radius curvature 20
-
Transverse aperture 6
-
Focal Depth 35
-
Number elements 128
-
Center Frequency 6.5
-
Pitch 0.216
-
Radius curvature 11.5
-
Transverse aperture 6
-
Focal Depth 35
-
Number elements 192
-
Center Frequency 6.5
-
Pitch 0.144
-
Radius curvature 11.5
-
Transverse aperture 6
-
Focal Depth 35
Curved Array – 3.5MHz – 128 elts
CLA
CLA 3.5/R50/128
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Curved Array – 3.5MHz – 192 elts
CLA
CLA 3.5/R60/192-SiX
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Curved Array – 3.5MHz – 192 elts
CLA
CLA 3.5/R60/192-SiX-Boost
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Curved Array – 5.0MHz – 128 elts
CLA
CLA 5.0/R40/128
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Curved Array – 5.0MHz – 192 elts
CLA
CLA 5.0/R40/192
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Microconvex Array – 6.5MHz – 128 elts
CLA
CLA 6.5/R20/128-Microconvex
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Microconvex Array – 6.5MHz – 128 elts
CLA
CLA 6.5/R11.5/128-Microconvex
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Microconvex Array – 6.5MHz – 192 elts
CLA
CLA 6.5/R11.5/192-Microconvex
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Curved array may be regarded as a linear array on a convex surface producing an image corresponding to a sector display format which offers a large field of view. Similar scan line sequencing to a linear array is produced, except that its physical curvature entails that the scanlines form a radial fan beam originating from the transducer center of curvature instead of being parallel.
Curved array transducers are used for a variety of applications, the larger versions serving mainly for general obstetrics, transabdominal scanning and monitoring in radiology and interventional surgery. Small Radius of Curvature (ROC) array probes with higher-frequencies are often used as endocavity probes such as transvaginal and transrectal probes for Urology and GYN. Microconvex probes can be used for scanning lungs and for pediatric transabdominal imaging, both in radiology.
