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ULTIMUS 9LAB
UltraFast Intelligent Ultrasound
VINNO MUSE: Precision Beyond Traditional Ultrasound

The Ultimus 9LAB is equipped with VINNO's revolutionary 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: Line acquisition, Zone acquisition and Multi-plane acquisition, 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.

Plane Wave Innovation
Conventional ultrasound creates images line by line, with frame rates of about 20–100 fps. The MUSE platform, by contrast, uses multiple angled plane waves to reach up to 20,000 fps — about 300 times faster. This remarkable speed opens the door to entirely new applications and innovations in ultrasound imaging.
Enhanced Parallel Processing Chain (ePPC)
Unlike conventional beamforming, MUSE technology is powered by an enhanced Parallel Processing Chain. It combines the processing of 2 GPUs with FPGA and CPU in a software-based Heterogeneous System Architecture (HSA). This enables full parallelization of image formation — so that each insonification produces a complete image, not just a single line.
The Revolutionary MUSE platform

Super Micro Flow (SMF)

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

Ultra-Resoultion Microscopy (URM) Imaging

More than 10X improvement in resolution, achieving up to 10 um micron-level vessel resolution, Significantly enhances the diagnosis and monitoring of the diseases which are associated with tumors, kidneys, brain imaging and more
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
Cutting-edge AI technologies
Velp
Velp provides AI-powered cardiac plane recognition & automated measurements, delivering real-time cardiac plane recognition and automated measurements, reducing manual steps and exam time.
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.
VVI
Added VVI function, Users can set the display density before doing spot tracking
Special settings for lab mice mode
Supports multi-cycle myocardial strain imaging
Strain mode specially set up for laboratory mice
Ergonomic Design for Ultimate Convenience
01
Large-viewing Monitor
With 24” high-resolution LED monitor provides about 25% more lateral viewing information for a larger image display.
02
Space Capsule
The excellent heating dissipationability, anti-electromagnetic interference and noise isolation ensure the system deliver its best performance.
03
Highly-sensitive Touch screen
A high-sensitivity full-HD touch screen with 60 degree tiltable angle, custom-izable interface, to make viewing and workflow significantly easy.
04
Large-viewing Monitor
A high-sensitivity full-HD touch screen with 60 degree tiltable angle, custom-izable interface, to make viewing and workflow significantly easy.
Image Gallery
Bilobed Gallbaldder
Cardio PW
Cardio TVM
Coronary CF
Hepatic Vein
Intestinal Tract
Kidney PDI
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