Research Laboratories
Research laboratories play a pivotal role in driving innovation, particularly in the ultrasound technologies field where advancements are continually improving treatment and imaging capabilities.
As a leading industrial partner, we are committed to supporting the development of emerging applications for diagnosis and therapy through our collaborative partnerships with research institutions globally.
Global Academic Partnerships
VERMON is a trusted partner for research laboratories specialized in acoustics, microelectronics, materials science, health sciences, and medical technologies.
With a diverse and international partnership portfolio,
we facilitate synergies in the ultrasound ecosphere.
Improving capabilities
From the initial proof-of-concept to clinical trials, we provide comprehensive support to ensure the seamless translation of research findings into real-world applications.
Newer types of transducers have the capacity to provide anatomical structures with greater details and unmatched imaging analysis capacities.
Vermon brings our expert know-how to provide the most innovative and cutting-edge ultrasound imaging solutions to every type of client.
2D Arrays for research systems
Compatible with any research system, Vermon’s 2D arrays enable volumetric data acquisition, providing both quantitative and qualitative data for preclinical ultra-fast imaging for your research projects.
Row-column arrays
Beyond fully populated 2D arrays, RCA arrays are a new generation of transducer devices.
With a limited number of active system channels (typically 256), they offer access to real-time 4D imaging with lesser complexity.
High frequency products
In the state of preclinical research, Vermon’s High-Frequency probes are perfectly suited to image at shallow depths with great detail for in-vivo tests in small animals.
Our range includes probes with center frequencies from 15MHz to 40.0MHz, designed to meet the stringent requirements of high-resolution imaging.
Couture and al., Ultrasound localization microscopy and super-resolution: a state of the art, IEEE Transactions on Ultrasonics, Ferroelectrics and Frequency Control, Vol. 65, No. 8
Recommanded probes :
Matrix Array – 8.0MHz – 1024 elts
MAT 8.0/32x32
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Center Frequency 8.0
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Number elements 32x32
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Pitch 0.3x0.3
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Radius curvature N/A
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Transverse aperture 9.6x10.6
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Focal Depth N/A
Endocavity Curved Array Probe – 5.5MHz – 128 elts
CLA 5.5/R10/128-SiX
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Center Frequency 5.5
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Number elements 128
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Pitch 0.198
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Radius curvature 10.7
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Transverse aperture 5
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Focal Depth 33
Phased Array – 2.8MHz – 96 elts
PA 2.8/96-SiX
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Center Frequency 2.8
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Number elements 96
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Pitch 0.2
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Radius curvature N/A
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Transverse aperture 12
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Focal Depth 80




