'Arc' p5 Searchterm 'Arc' found in 67 articles 1 term [ • ] - 66 definitions [• ] Result Pages : •
From Siemens Medical Systems;
The ACUSON Aspen™ ultrasound system resulted from a unique convergence of select ACUSON Sequoia™ ultrasound system technologies and other ACUSON innovations to form an entirely new imaging platform. Its new digital system architecture provides complete digital control of the ultrasound echoes from the transducer through the captured digital examination. Specifications for this system will be available soon. •
From ALOKA Co., Ltd.;
'The ProSound SSD-4000 utilizes the most advanced acoustic technologies available today, and its multidisciplinary technology architecture enables it to offer great versatility and flexibility over a wide range of clinical applications. With its new-generation, front-end technology including a 12-bit A/D converter, the ProSound SSD-4000 offers superior contrast resolution−especially when compared to 10-bit systems.'
Device Information and Specification
APPLICATIONS
CONFIGURATION
Compact, portable, dual dynamic display
Wide-band super high-density (W-SHD) transducers
OPTIONAL PACKAGE
Volume Mode
STORAGE, CONNECTIVITY, OS
Data Management Subsystem (iDMS), DICOM-Worklist
DATA PROCESSING
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From Ultralink LLC; 'Artemis is a very high frequency (VHF) ultrasound eye scanner. In use, the patient leans forward placing their head onto an adjustable headrest. The headrest's unique design permits the patient to pull away quickly from the scanner if desired. An eyecup filled with a saline-based interface fluid couples the ultrasound signal to the eye, while a precision mechanism moves the transducer past the front of the eye. During the accurately controlled arc motion of the transducer, which lasts less than one second, many thousands of ultrasound samples are digitized. Following a scan, signal analysis is performed on a PC-compatible microcomputer, and the data are available for immediate viewing on an LCD monitor or disk storage. Artemis is very flexible; many adjustments to the scanning parameters are possible to customize the scan to your clinical needs. Functions are provided for centering the scan about the optical axis of the eye. The starting location of the scans as well as the extent can be varied as desired, to view image planes through the eye at different angles.' See also Ultrasound Biomicroscopy, A-Mode and A-Scan. Further Reading: News & More:
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The dimension of the ultrasound beam and the transducer array are the origin of the beam width artifact or volume averaging artifact. When the ultrasound beam is wider than the diameter of the lesion being scanned, normal tissues which lie immediately adjacent to the lesion arc included within the beam width, and their echotexture is averaged in with that of the lesion. Thus, what appears to be the echogenicity of the lesion is really that of the lesion plus the averaged normal tissues. Because of volume averaging, cystic lesions may falsely appear to be solid, and some subtle solid lesions may become impossible to distinguish from surrounding normal tissue and, therefore, not identified at all. See also Ultrasound Picture and Vector Array Transducer. •
In 1987 Esaote SpA began marketing its products in the United States through Biosound Inc.. In 1990 Esaote SpA acquired Biosound Inc..
Biosound Esaote today also distributes the veterinarian derivates from Esaote Pie Medical in the United States.
'BIOSOUND ESAOTE is an ISO9001/EN46001 certified major medical corporation operating as part of the international Esaote Group. With its parent company, Esaote, S.p.A. based in Genoa, Italy, ISO-9000 certified research and development and manufacturing facilities in Florence and Genoa, and North American headquarters in Indianapolis, the Esaote Group develops diagnostic ultrasound and magnetic resonance imaging (MRI) equipment for the worldwide medical community.' Ultrasound Related Product Lines: Ultrasound Systems:
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