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ULTIMUS 9V

UltraFast Intelligent Ultrasound

Revolutionary MUSE Platform

The Ultimus 9V is equipped with VINNO's revolutionary Multi-modal Ultrafast Sonography Enhanced (MUSE) platform, with the unique Tri-modal Imaging Acquisition (TIA).

Its flexibility and powerful processing allow the system intelligently apply the most appropriate imaging acquisition mode from 3 modalities to reconstruct the best imaging presentation:

Compared to traditional platforms, the MUSE platform enables higher frame rates and greater clarity, relying on a complete acoustic data processing system to dramatically increase penetration and resolution.

enhanced Parallel Processing Chain (ePPC)

Built upon the ePPC, MUSE technology leverages the processing power of 2 GPUs combining with FPGA & CPU as a software-based beamforming Heterogeneous System Architecture (HSA), to enable full parallelization of image formation. Each insonification can therefore lead to a full image.

Cutting-edge AI technologies-Velp

The Al algorithm can check each frame of the image during realtime scanning. This will help doctor get standard cardiac scanning planes. A green line will appear when getting a standard plane, otherwise it will show a red line.

Cutting-edge AI technologies-Scan guide

This function can guide doctors in the standardized scanning process of cardiac examinations. The system has a build in cardiac scanning guidance process can save the images automatically.

Cutting-edge AI technologies-VVI

Added VVI function, Users can set the display density before doing spot tracking

Ultimate Image Processing

Real-time Adaptive De-noising (RAD)

The innovative acquisition technique combines multiple plane wave transmit signals to excel the conventional transmit performance. This improves the signal-to-noise ratio by about 8 decibels and results in a significant noise reduced data without compromising the frame rate.

Planar Compound Imaging (PCI)

The received signals from the scan fields are time-shifted and compounded to pixel level of the entire field of view. This retrospective transmit field focus localization technique results in 20% more acoustic data acquired to form images with superior lateral border definition and contrast resolution than conventional compound imaging.

Dynamic Signal Enhancement (DSE)

The weak signals from the far field are enhanced multiple times when the signals are combined, providing increased lateral resolution and contrast at the greater depths of field.

Testimonial

Built upon the ePPC, MUSE technology leverages the processing power of 2 GPUs combining with FPGA & CPU as a software-based beamforming Heterogeneous System Architecture (HSA), to enable full parallelization of image formation. Each insonification can therefore lead to a full image.

Advanced Features

Reaching the physical limits of ultrasound

Super Micro Flow

Detection of ultra-fine blood vessels and low velocities which conventional blood flow modes are limited in detecting

VFlash

Microbubbles under the action of ultrasound produce a series of kinetic processes such as contraction and expansion. Used in chemotherapy and radiotherapy of tumors, stimulation of myocardial perfusion increase, ultrasonic thrombolysis, drug delivery, etc.

Contrast Bubble Imaging

It is good for organ edge delineation, monitoring blood perfusion in organs and recognition of lesion characterization

Premium Cardiovascular Solutions

Total solution for cardiovascular health with high frequency imaging

Strain imaging

Quantify diastolic and systolic left ventricular function,Evaluate cardiac strain.

Multi Doppler

A technology that displays two Doppler waveforms from separate sample gates during the same cardiac cycle. The optional modes include PW/PW,PW/TDI, TDI/TDI

VCQ

VINNO Cardiac Quantification helps physicians to assess the magnitude of parameters related to cardiac measurements in relation to normal values