.INTELLIGENT OPERATION
One-click ielligent optimization to quickly obtain high-quality images
All-in-one clipboard
. Preset optimized image inspection conditions: For different organ inspections, preset optimized image
inspection conditions to reduce adjustment during operation
Smoothing
Edge enhancement
Over 128G SSD in the host for fast and stable startup
Sharing function: connect ultrasound equipment through L AN, and share videos and pictures in real time
with PC segment
Support DICOM3.0 protocol
.Excellent image processing capability. Lightweight and easy to carry
Spectral Pulse Doppler (PW)
Lightweight and compact body
Directional Energy Doppler (PDI)
Easy-to-use diagnostic software
Space composite imaging
simple operation process
Tissue Harmonic Imaging Technology (THI)
4B imaging mode
Clear image visualization
The research and development toam of Daweil
Medcal has spent three years, integrating the
most advanced design concept and technological
innovation, to create DW-L3 full digital high
performance full digital color Doppler ltrasound
diagnostic instrument.
helligent operation pocoss, humanized appearanrce
design and intmate human-computer interaction as a whole, s0 that doctors in the process of clinical diagnosis
will focus on the patient isilt.
Micro imaging technology
Micro imaging technology, real-time tracking of dfferent tsse edge specfic signals, to achieve edge
enhancement, while monitoring every pixel; The intermal signals of the organization are optimized and the edge
information and the intemal pixel information are perfectly fused to restore the real and delicate 2D image with
excollont hierarchical contrast.
Tissue harmonic imaging (TH)
By improving fssue contast resolution, spatial resolution and eliminating near-teld
artifact, image clanity can be improved. It is mainly us0d in the dagnosis of
cardiovascular and abdominal disases, and plays an important role in the
evaluation of lesion areas and demarcation of dfiultl imaging. This technology
has been flly recognized by clinicians. Harmonic technology retains the second
harmonic signal to the maximum extent on the basis of removing the fundamental
signal, which increasos the signal intensity by more than 30% compared with the
tradional signal processing, roduces noise and artifacts, and improves the
contrast rosolution of tissue imoge.
Trapezoidal imaging
Itis a kind of extended imaging. On the basis of the oniginal rectangle, it is transformed
into trapezold. The left and right sides are expanded to a certain extent to
achieve a wider visual field.
The principle of utrasound imaging is to use utrasonic beam scanning organs,
through the reception and processing of rflected signals, to obtain images of
intornal organs.