Vevo MD
The world's first Ultra High Frequency ultrasound system for clinical use
Highest Resolution Possible in Medical Ultrasound
The Vevo® MD is the world’s first Ultra High Frequency ultrasound system. It delivers unmatched resolution when imaging the first 3cm of the body.
Seeing More Matters
Ultra High Frequency means the highest resolution medical ultrasound available today. This groundbreaking development opens up new possibilities for medical imaging that have never been seen before with resolution as fine as less than half a grain of sand.
Discover the Power of High Resolution
Custom-designed and optimized to operate with the Vevo MD are the new UHF Series transducers. This patented technology allows for the finest resolution of any general purpose ultrasound system today. Ergonomically designed, these transducers come in a range of sizes and resolutions to allow for greater flexibility.
- Visualize tiny anatomy not visible with conventional ultrasound
- Range of highly advanced UHF transducers, up to 70MHz
- User-friendly, customizable touchscreen interface that reduces exam times
- Ground-breaking technology that opens up new possibilities in medical imaging
- Vevo MD 1.1 now available. This new release offers:
- Power Doppler
- Pulsed-wave Dopper
- Wireless connectivity
- New clinical indications
- New measurements
- Workflow enhancements
About the Vevo MD:
Watch the Vevo MD Story:
Customized Workflow
Experience a user-friendly customizable touchscreen interface that improves workflow and reduces examination time. The most important functions are intuitive and accessible on your screen at all times.
See applications. Browse images in the Vevo MD Gallery.
Applications related to the Highest Resolution Possible in Medical Ultrasound
Publications related to the Highest Resolution Possible in Medical Ultrasound
Displaying 21 - 25 of 67 results found
The ‘ALSPAC in London’ dataset: adiposity, cardiometabolic risk profiles, and the emerging arterial phenotype in young adulthood
Scott T. Chiesa, Alicja Rapala, Marietta Charakida, Kaitlin H. Wade, Nicholas J. Timpson, John E. Deanfield
Wellcome Open Research
.2018
;Ultrasound Characteristics of the Hair Follicles and Tracts, Sebaceous Glands, Montgomery Glands, Apocrine Glands, and Arrector Pili Muscles
Ximena Wortsman, Laura Carreño, Camila Ferreira-Wortsman, Rafael Poniachik, Kharla Pizarro, Claudia Morales, Perla Calderon, Ariel Castro
Journal of Ultrasound in Medicine
.2018
;Preliminary experience of the use of high-resolution skin ultrasound for the evaluation of extrathyroideal manifestations of Graves’ disease and response to UVA-1 phototherapy
Linda Tognetti, Elisa Cinotti, Jean-Luc Perrot, Giovanni Neri, Elisa Pianigiani, Michele Fimiani, Pietro Rubegni
Photodermatology, Photoimmunology & Photomedicine
.2018
;Motor cortex neurovascular coupling: inputs from ultra–high-frequency ultrasound imaging in humans
Fabien Almairac, Denys Fontaine, Thomas Demarcy, Hervé Delingette, Stéphanie Beuil, Charles Raffaelli
Journal of Neurosurgery
.2018
;In vivo estimation of the Young’s modulus in normal human dermis
Ana Cecilia Saavedra, Junior Arroyo, Fernando Zvietcovich, Roberto J. Lavarello, Benjamin Castaneda
2018 40th Annual International Conference of the IEEE Engineering in Medicine and Biology Society (EMBC)
.2018
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Contact UsRead the Researcher Spotlight on Dr. Jeffrey Strakowski!
Dr. Strakowski’s goal is to visualize peripheral nerves and other musculoskeletal structures in previously unseen detail. Read Researcher Spotlight.
"The Vevo MD is a unique machine allowing imaging of very small, superficial structures previously invisible to conventional ultrasound. As a Pediatric Anesthesiologist it has been extremely useful for peripheral and central vascular access. It is also finding a niche in regional anesthesia, by allowing us to place peripheral nerve blocks in infants that would previously not have been attempted. With the Vevo MD we are able to safely and precisely perform transversus abdominis plane and ilioinguinal blocks in infants.
I believe that this era of ultra high frequency ultrasound imaging is just beginning and I think there are many more clinical applications as yet undiscovered."
Dr Daniel Low BMedSci BM BS MRCPCH FRCA
Assistant Professor, Dept. of Anesthesiology and Pain,
Seattle Children’s Hospital, USA