DW-P60
Portable full digital color ultrasounic diagnostic apparatus
Using the ST-U Rapid Imaging Platform, it has versatile clinical applications
Intelligent human-computer interaction
Intelligent human-computer interaction
Rapid response to clinical needs
Rapid response to clinical needs
Extensive measurement packages
Extensive measurement packages
ST-U Rapid Imaging Platform
ST-U Rapid Imaging Platform
DW-P60 utilizes the innovative ST-U Rapid Imaging Platform for continuous high-definition images, integrating advanced CPU+GPU high-speed algorithms with a tech-savvy and user-friendly design philosophy, upgrading imaging power through enhanced hardware configurations
Rich technical functionalities
Rich technical functionalities
Outstanding mobility, capable of handling various complex environments, making high-value ultrasound equipment accessible to more healthcare institutions
Spatial composite imaging
3D/4D D-Live imaging
PView wide field imaging
外观展示
Exterior design
Probe interface
Technical functionalities
Deep technology empowering the future around the clock.
30° Adjustable Display Angle
Compact Size, Easy to Carry
Backlit Silicone Buttons
Fully activated probe interface.
Fully activated probe interface.
Speckle noise suppression technique
Intelligent identification of noisy tissue information in each spatial dimension, speckle noise suppression, and synthesis of denoised ultrasound images in individual dimensions.
Speckle noise suppression technique
Probe
The probe uses high-end materials
The probe is made of composite materials, providing enhanced penetration, higher resolution, uniform and unaltered images, and a performance improvement of over 60% compared to traditional piezoelectric ceramic materials.
Sub-slicing enables full control of the entire chip's vibration process, reducing sidelobe artifacts, enhancing the fine tissue resolution. Additionally, it sharpens the boundaries between adjacent strong echo reflectors, fully showcasing the high-resolution images brought about by high-density probes, presenting image details perfectly, and increasing clinical diagnostic accuracy.
Lossless Signal Transmission and Reception
Lossless Signal Transmission and Reception
High-Precision Analog-to-Digital Conversion
High-Precision Analog-to-Digital Conversion
Spatiotemporal wave velocity reconstruction.
Spatiotemporal wave velocity reconstruction.
Image post-processing
Image post-processing
Application
Operating room
Emergency
Physical examination
Prenatal screening
临床图
Imaging technology