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Today’s Radiologists need advanced diagnostic ultrasound systems featuring high-level performance, but they also need those systems at flexible prices. Introducing FujiFilm’s ARIETTA 750SE, a system that inherits its premium acquisition techniques and advanced Variable Beamformer from costlier ARIETTA platforms.
Supporting a large selection of probes for both diagnostic scanning and therapeutic guidance, The ARIETTA 750SE can help take your ultrasound capabilities to the next level.
The ARIETTA 750SE offers an array of advanced imaging techniques
combined with a variety of efficiency tools based on automated image
analysis and protocol-based operation.
The 750SE can learn any institution’s scanning protocols and anticipate the user’s next required
view, providing the appropriate annotation, mode, and measurements without user interaction.
This streamlines the scanning process and ensures standardization of protocols.
Advanced Workflow for Real-time Tissue Elastography (RTE)
HI Strain is an algorithm used to display an Elastography image more consistently than before. It is possible to display Elastography images with high continuity while maintaining temporal resolution and spatial resolution.
Auto Frame Selection (AFS)
Automatically selects and displays a frame of Elastography appropriate for diagnosis.
Assist Strain Ratio (ASR)
Automatically sets a ROI for Fat Lesion Ratio (FLR) and conducts a measurement.
iVascular Doppler Optimization
850SE assists clinicians during Doppler scanning by automatically setting scan parameters like cursor position, angle correction, and sample volume size with the touch of a button. iVascular can be tailored to your needs by customizing the parameters to be optimized.
Examination – Elastography
Real-time Tissue Elastography (RTE)
RTE assesses tissue strain in real time and displays the tissue stiffness as a color map. Its application has been validated in a wide variety of clinical fields.
Shear Wave Measurement (SWM)
It is possible to evaluate tissue stiffness by generating shear waves and measuring Vs, its propagation velocity in the tissue. Combi-Elasto, which integrates RTE and SWM, can be used for cases which are difficult to diagnose though only using SWM.
A function to measure the attenuation coefficient generated by of ultrasound propagation through tissue. The degree of steatosis can be estimated from the size of the coefficient. Its measurement is conducted simultaneously with SWM, and it can be conducted as an extension of B mode examination.
Contrast Harmonic Imaging (CHI)
Contrast enhanced ultrasound is used for the characterization of liver lesions in both adult and pediatric patients. High definition and high sensitivity contrast imaging is realized by Variable Beamformer and high sensitivity transducers.
Detective Flow Imaging (DFI)
DFI is a new imaging technology for visualization of low velocity blood flow. DFI is able to depict vasculature at velocities below the previous detection threshold¹. The unique algorithm displays fine blood flow with greater resolution and sensitivity.
Treatment – Real-time Virtual Sonography (RVS)
MPR images constructed from CT/MRI/PET-CT volume data can be synchronized to real-time ultrasound imaging. It is applied in a wide variety of clinical fields: such as for abdomen, breast and prostate biopsy guidance.
Body Motion Tracking
The omniTRAX Active Patient Tracker (manufactured by CIVCO) facilitates registration of fused images when used at the time of CT/MR image acquisition and adjusts for motion when small changes in the patient’s position are detected during the RVS examination.
VirtuTRAX Bracket (manufactured by CIVCO) can track and display the needle tlp location during RFA.
1 Compared to previous Hitachi systems without DFI