The AVISO A/B - modularity and the ability to meet the diverse needs of multispecialized medical practices.
With a wide choice of probe frequencies, from 10 MHz to high-frequency probes for anterior and posterior segments, the AVISO A/B adapts to all diagnostic requirements.
This platform offers high-resolution digital imaging, with a high signal-to-noise ratio that enables even the finest structures to be differentiated at all frequencies. Consistently high image quality is maintained at any zoom factor used, ensuring accurate assessment at every stage of the examination.
The AVISO A/B's powerful, user-friendly interface, accessible via touchscreen or computer terminal, ensures a seamless workflow for creating, viewing and editing ultrasound images. The eye diagram function facilitates probe labeling, enabling faster ultrasound identification and interpretation. The device offers a host of powerful post-processing tools, such as measurement templates, zones and markers for precise quantification.
Still images and videos are always accessible for direct editing and analysis, while automatic recording of the last 40 seconds of the examination facilitates selection of the best ultrasound images and kinetic diagnosis. The AVISO A/B supports full-screen viewing of A & B ultrasound images, various filters for tissue differentiation in B mode at all frequencies, and customizable database search criteria.
The unit is DICOM and EMR compatible, ensuring seamless connectivity with any compatible software for data storage. The DICOM option makes it easy to access patient worklists and store/retrieve examinations performed with the AVISO.
Exclusive 50 MHz line-scan ultrasound probe technology provides visualization of structures behind the iris, such as ciliary bodies, lens processes and zonules, complementing OCT. Linear scanning offers maximum signal intensity, ensuring superior image quality of the anterior chamber. Controlled by magnetic field, the probe's scanning motion offers a faster scanning process, increased image resolution, and superior user comfort with less vibration and a lighter probe.
