Vevo F2
Customizable for your Preclinical Research Needs
Transcend Research Barriers with the Vevo F2
Meet the world’s first ultra-high to low (71-1MHz) frequency ultrasound and photoacoustic imaging system.
Ideal for cross-functional biological and physiological research.
Powered by next generation electronics and system architecture. Image a range of animal models at low frequency for penetration and ultra-high frequency for resolution using one platform.
Versatile
The Vevo F2 imaging system can meet the needs of researchers performing:
- In vivo research in oncology, cardiovascular, neurobiology and other fields
- Small to large animal studies
- Acoustics engineering projects
Seeing More Matters
- Get superior image quality with newly re-designed Vevo HD processing
- With optimized high frame rates, the Vevo F2 enables better visualization of dynamic processes, such as heart wall motion and valve motion
- Visualize real-time oxygen saturation and molecular imaging, co-registered with high resolution anatomy using photoacoustics
Ergonomic Design
- Intuitive touch screen interface
- Three transducer ports allows switching from one transducer to another seamlessly; saving time in the lab
Looking for Technical Specifications?
State-of-the-art Technology
Experience the Next Evolution in Ultrasound and Photoacoustic Imaging
Explore Research Applications for the Vevo F2
Oncology
Acquire multi-modal 3D data from tumors in your cancer models at higher throughputs than ever before. Visualize tumor vascularity with greater sensitivity by taking advantage of enhancements to Doppler imaging modes.
Cardiology
Advanced 4D and EKV imaging are up to 10x faster, allowing for greater efficiency in cardiovascular imaging. New low frequency phased array transducer opens new possibilities for imaging the hearts of larger animals
Neurobiology
Advance your brain imaging studies by using the open access to channel data in order to apply plane wave techniques to acquire advanced vascular data.
Acoustic Engineering
Plane wave imaging
Signal processing and beamforming method development
Tissue characterization
Image Gallery
Cardiac Flow Dynamics and Coronary Artery
Cardiac flow dynamics and Coronary Artery visualized with Color Doppler EKV on the Vevo F2 System.
Canine eye in vivo
Entire canine eye visualized in vivo with the Vevo F2, scanned using a UHF22x transducer.
Canine eye angle of the anterior chamber
Canine eye imaged in vivo on the Vevo F2 scanned using the UHF71x.
Canine eye, Ciliary body and processes
In vivo canine eye with ciliary processes, imaged with high-frequency on the Vevo F2 scanned using the UHF71x.
Porcine eye, Ciliary body and processes
Porcine eye imaged ex-vivo using the Vevo F2 with a UHF71x transducer.
Apical 4 Chamber View of a Beagle
Apical 4 chamber view of a beagle scanned using a P5-1 transducers on the Vevo F2. Images courtesy of Drs. Kenneth Hoyt and Jay Griffin at Texas A&M University.
Atherosclerotic Plaque in an Aortic Arch
2D image showing atherosclerotic plaques in a mouse aortic arch.
M-Mode of a Mouse Carotid Artery
M-mode image of mouse left common carotid.
Measurements: wall thickness and vessel diameter in systole and diastole.
Attention Acoustics Engineers
Vevo F2 for Ultrasound Research
The Vevo F2 now satisfies the imaging needs of preclinical researchers and those of acoustic researchers, ultrasound engineers and those that may benefit from ultra high to low frequency imaging capabilities.
Hear from our staff
How can the Vevo F2 advance your research?
Analyze Your Data Using
Vevo LAB
View and measure data acquired on your Vevo ultrasound or photoacoustic system with Vevo LAB!
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