DW-L60 Laptop Color Doppler Ultrasound Diagnostic Device-Dawei medical丨For love, Image the world.

DW-L60

Ingenious Design

Laptop Color Doppler Ultrasound Diagnostic Device

Lightweight

Quick Operation

User-Friendly System

Product Advantages

Utilizing the advanced ST-U ultrasound system platform to deliver ultra-high-definition images throughout all time periods; Comprehensive hardware upgrades greatly enhance operational efficiency; Outstanding mobility to adapt promptly to various complex environments. Its introduction fulfills the vision of enabling more medical institutions to possess cost-effective ultrasound diagnostic and therapeutic equipment.

ST-U Rapid Imaging Technology Platform

Based on a dual-core CPU+GPU architecture, V4.0S addresses the challenges of signal loss in traditional front-end processing solutions. With dual-architecture processing, it offers enhanced performance, faster response times, and more stable data exchange.

Computing Power

5

Response Speed

10

Frame Rate

2

智能操作

* 针对不同的检查，预置最佳化图像的检查条件，减少操作时的调节及常用所

需的外部调节、组合调节

* 一键智能优化，快速获取优质图像

* 平滑处理

* 边缘增强处理

* 一体化剪贴板

双探头接口高效便捷

全新的外观设计以及双探头插口设计，减少操作中探头更换的时间损耗，极大的降低用户的疲劳，提高工作效率。

匠心设计焕然一“芯”

DW-L6具备出色的外观设计和全新的软件配置，在早孕筛查、胎心筛查、中晚孕检查、乳腺超声、甲状腺超声、小器官、新生儿等领域提供了全新的解决方案。
它采用了多项先进芯片技术和高度集成硬件模块，极大提高系统的运算能力及处理能力，让超声检查操作更加便捷、高效，为临床诊断者提供更多信心。

外观展示

Exterior Design

Ultra-clear Imaging

Lightweight

Advanced Technology Empowering the Future Around the Clock

Flexible Angle

The display screen is housed in a metal casing, durable and long-lasting.

Higher Resolution Finer Image

15.6-inch ultra-thin LCD display screen (with 1920x1080 high-resolution imaging), utilizing advanced imaging technology to deliver clearer images and a more comfortable viewing experience.

Breakthrough Design

The panel features a concave design around the periphery, allowing for easy and quick opening of the display screen.

Probe

Advanced Probe Material Applications

The probe uses composite materials, providing stronger penetration, higher resolution, and uniform images without omission. Its performance is improved by over 60% compared to traditional piezoelectric ceramic materials.

With secondary cutting, it can fully control the entire process of chip vibration, reducing side-lobe artifacts and enhancing the subtle tissue resolution. Meanwhile, the boundaries between adjacent strong echo reflectors are sharper and clearer, fully demonstrating the high-resolution images brought by the high-density probe, perfectly presenting image details, and increasing the accuracy of clinical diagnosis.

Lossless Signal Transmission and Reception

High-Precision Analog-to-Digital Conversion

Space-time Wave Velocity Reconstruction

Image post-processing

Compatible probes available

Sub-array Technology

The specialized high-density probe adopts a brand-new array design technology and unique sub-array element technology. With secondary cutting of individual oscillators, it can fully control the entire process of oscillator vibration, thereby reducing side-lobe artifacts and enhancing the resolution for subtle tissue differentiation. Meanwhile, the boundaries between adjacent strong echo reflectors are sharper and clearer, fully demonstrating the high-resolution images brought by the high-density probe, perfectly presenting image details, and increasing the accuracy of clinical diagnosis.