Endocavity Probes
Discover the key range of endocavity probes with Vermon's for OB/GYN and Urology to leverage diagnosis efficiency and performances. Experience performant patient care solutions with detailed multidimentional insights and accurate biopsy guidance, including end-fire, biplane and motorized configurations.
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Product
Type
Elements
Frequency
Pitch
Curvature
Aperture
Focal
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Number elements 128
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Center Frequency 6.5 / 7.0
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Pitch 0.205 / 0.42
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Radius curvature 10 / N/A
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Transverse aperture 5 / 7
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Focal Depth 20 / 35
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Number elements 128
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Center Frequency 6.5
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Pitch 0.184
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Radius curvature 10
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Transverse aperture 6.5
-
Focal Depth 36
-
Number elements 128
-
Center Frequency 5.5
-
Pitch 0.198
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Radius curvature 10.7
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Transverse aperture 5
-
Focal Depth 33
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Number elements 128
-
Center Frequency 6.5
-
Pitch 0.216
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Radius curvature 11.5
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Transverse aperture 6
-
Focal Depth 35
Biplane Probe – CLA 6.5 MHz & LA 7.0 MHz – 128 elts
CLA & LA
CLA 6.5/R10/128 & LA 7.0/128-BIP
View product data sheet
Endocavity Curved Array 3D Wobble – 6.5MHz – 128 elts
CLA
CLA 6.5/R10/128-4D
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Endocavity Curved Array Probe – 5.5MHz – 128 elts
CLA
CLA 5.5/R10/128-SiX
View product data sheet
Endocavity Curved Array Probe – 6.5MHz – 128 elts
CLA
CLA 6.5/R11.5/128
View product data sheet
A conventional endocavity probe is a specialized medical device intended for transvaginal and transrectal imaging, particularly for gynecological and urological purposes. It is utilized to acquire detailed images of internal evaluated structures due to its close proximity and its ability to facilitate insertion and maneuverability within the body cavity.
End-fire endocavity probes typically incorporate smaller Radius of Curvature (ROC) curved arrays allowing healthcare professionals to visualize and diagnose various medical conditions in the transverse or sagittal plane.
Biplane endocavity probes incorporate two types of arrays, typically a longitudinal linear and a transverse convex array, by combining both technologies urologists are able to have a better comprehension of the targeted area with images in both the transverse and sagittal planes, enhancing diagnostic accuracy and patient comfort.
Endocavity probes paired with motorization enhance spatial comprehension of the observed structure, facilitating rapid 3D volume acquisition.
The best companion solution to leverage diagnosis efficiency and performances during biopsy procedures guidance and prostate guiding therapy monitoring.
