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Outlook Design
● High-resolution monitor
● Dual touch screens
● Specialized breast probe and 3 common probe connectors
Standardized & Customizable Workflow
● Standardized process avoids missed diagnosis
● Customizable scanning sections adapt to specific cases
IBUS vs Traditional Ultrasound
● Standardized screening minimizes reliance on experience and skill
● Enhance tumor detection, better reveal the morphology of minute lesions
● Free 3D imaging displays coronal, transverse, and sagittal planes, reducing the misdiagnosis rate
● Accurate spatial stereo positioning, highly consistent with surgical fields
● Field-of-view is over 3 times larger than traditional 2D probe to capture large lesions completely
IBUS vs Mammography
● High repeatability with no radiation dosage
● More accurate and convenient for diagnosing solid-cystic tumors
● Higher detection rate of tumors in dense breast
● Display breast with volume ultrasonic tomography
● Easily acquire images of coronal, transverse, and sagittal planes
● Accurate spatial stereo positioning, highly consistent with surgical fields
IBUS vs MRI
● Shorter examination time and higher diagnostic efficiency
● Harmless and applicable to all people
● Cost-effective
Full Volume Imaging and Coronal Section with High Clinical Value
IBUS acquires volume data from multiple sections to provide abundant information. The coronal section intuitively shows the anatomical information of breast tissue in a supine position during operation, which helps surgeon to perform more accurate surgical planning.
Intelligent Breast Solutions on the Workstation
Automatic lesion detection powered by AI identifies suspected area and traces the lesion from multiple sections. Quantitative coordinate position and graphic indication will be displayed for precise lesion localization.
Lesion stereo images are generated from volume data rendering. It provides intuitive and detailed information for better observation and lesion localization.
Lesion correlation correlates the information obtained from different scanning positions and sections to avoid misdiagnosis.
OB / GYN
4D imaging with 4D vaginal probe enables closer observation of organs such as uterus with minimized tissue disturbance to facilitate lesion detection.
Auto OB automatically measures the common fetal biometric results (HC, BPD, FL, etc.) in standard sections.
Auto NT automatically recognizes and measures the thickness of the fetal nuchal translucency.
Lumi 4D enables the adjustment of light source angle to support real-time static stereo imaging of the fetus.
Pediatrics
Craniocerebral Ultrasound Tomography (Infant) automatically identifies the 12 standard craniocerebral sections of the pediatric brain through volume data.
Auto Hip identifies the ba
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