Portable Color Doppler Ultrasound Diagnostic System
Convenient Auto measurement
Long standby time
Intelligent one-key image optimization
Product Advantages
The DW-P50 portable color Doppler ultrasound diagnostic device, featuring a next-generation in-house developed 'CloudSea' ultrasound operating platform, is equipped with a high-performance hardware architecture and a rapid information transmission module. It integrates advanced probe configuration and technology, presenting ultrasound images that are clearer, more realistic, more sensitive, and smoother compared to previous ultrasound imaging systems. It comes with functions such as automatic spectral measurement, auto-trace, trapezoidal imaging, one-click automatic optimization, and more. Outstanding images and performance provide confidence in your daily diagnosis and enhance efficiency.
Newest "CloudSea" Ultrasound Operating Platform
It is equipped with a high-performance hardware architecture, improving ultrasound operation efficiency and data processing capability, significantly enhancing the efficiency of medical personnel and optimizing the human-machine interaction experience. It has user-customizable functions, DICOM functionality, and can be directly integrated with the hospital's PACS system.
Frequency composite imaging
4D D-live imaging
Triplex imaging
外观展示
Customized Design
Versatile and Mobile
Technical Functions
Meet Your Personalized Control Needs
Backlit Silicone Buttons
Fully Activated Three-Probe Interface
Multiple Input/Output Interfaces
Meet Your Need for Lightweight and Flexible Use
Its compact size makes it easy to carry, and it features a large-capacity lithium battery system, suitable for a wider range of ultrasound examinations.
Trapezoidal Imaging Technology
This is a type of expanded imaging, which extends the original rectangular image to create a trapezoidal shape, increasing the scanning angle and expanding to a certain degree on both sides. This results in a broader field of view.
Probe
The probe is made of high-end materials.
The probe is made of composite materials, providing greater penetration, higher resolution, uniform and unaltered images, with a performance improvement of over 60% compared to traditional piezoelectric ceramic materials.
Secondary cutting allows for complete control of the entire chip vibration process, thereby reducing sidelobe artifacts, enhancing the resolution of fine tissue details. Additionally, it sharpens the boundaries between adjacent strong echo reflectors, fully showcasing the high-resolution images brought by the high-density probe, perfectly presenting image details, and increasing the accuracy of clinical diagnosis.
