Started with Original Intent, Achieved with Craftsmanship
Equipped with the next-generation 'Cloud Sea' platform - Dual-Screen Desktop Color Ultrasound
High-Definition Clinical Images
Rich Configuration Expansion
Comprehensive Function Applications
Product Advantages
Featuring the next-generation in-house developed 'Cloud Sea' ultrasound operating platform, equipped with a high-performance hardware architecture and rapid information transfer module, and integrating advanced probe configurations and technologies, our ultrasound imaging system outperforms previous ones, presenting ultrasound images that are clearer, more realistic, more sensitive, and smoother. The electrically adjustable and rotatable control panel is more convenient, operating on a Windows 10 system with a large dual-screen for deep interaction. Coupled with professional measurement software packages, it significantly enhances the efficiency of medical professionals.
"Cloud Sea" Ultrasound Operating Platform
The "CloudSea" platform is extraordinary
The "Superpower" wide-angle, distortion-free display provides high-quality clear images
Spatial Compound Imaging Technology
Automatic Spectrum Tracking Measurement
Trapezoidal Imaging Technology
外观展示
Exterior Design
Ultra-Clear Images
Technical Features
Started with the Original Intention, Perfected with Craftsmanship
Ultra-wide angle, distortion-free display
cable management system
Higher Resolution Finer Image
In comparison to previous ultrasound imaging systems, it presents clearer, more realistic, more sensitive, and smoother ultrasound images by combining advanced probe configurations and technologies.
Automatic Spectrum Calculation Function
This can be translated as: "It can automatically calculate changes in peak blood flow velocity and average velocity over time, display them in real-time on the Doppler spectrum, and automatically provide hemodynamic indicators such as pressure, heart rate, and resistance index for accurate assessment.
Probe
The probe uses high-end materials
The probe is made of composite materials, providing greater penetration, higher resolution, uniform and undiminished images, with a performance increase of over 60% compared to traditional piezoelectric ceramic materials.
Sub-cutting can fully control the entire process of chip vibration, reducing side-lobe artifacts, enhancing the fine tissue resolution. At the same time, the boundaries between adjacent strong echo reflectors are sharper and clearer, fully showcasing the high-resolution images brought by the high-density probe, perfectly presenting image details, and increasing clinical diagnosis accuracy.
Lossless Signal Transmission and Reception
High-Precision Analog-to-Digital Conversion
Space-Time Wave Velocity Reconstruction
Image Post-processing
Equipped with Probes
Sub-Array Technology
Specialized high-density probe, utilizing a brand-new array design technology and unique sub-array technology. It involves a second-level cut on independent vibrators, allowing full control of the entire vibrator motion process, thereby reducing sidelobe artifacts, enhancing the fine tissue resolution. At the same time, the boundaries between adjacent strong echo reflectors are sharper and clearer, fully showcasing the high-resolution images brought by the high-density probe, perfectly presenting image details, and increasing clinical diagnosis accuracy.
