便携式彩色多普勒超声功能和功能
优良的HCU（手持超声）系统TY-6868D是高端彩色多普勒HCU（手持超声）。基于天翼领先的数字超声技术，TY-6868D提供了一流的二维和多普勒成像模式，如CFM，CW，PW，CDE，CCD，HPRF。
特点及优点：tages：ages:
多应用：腹部，心脏病学，OB / GYN，小部件，外周血管，泌尿科，直肠，儿科，骨科，术中超声，超声引导活检。
连续高精度DBF
THI（组织谐波成像）
TDI（组织多普勒成像）
全景缩放
并行扫描
PC平台/ Windows XP Embedded O / S
传感器手提箱技术规格：
一般说明
成像模式：BB / B B + M转向M颜色M CW CFM PW PDI CDE CCD HPRF灰度：256传感器频率：2.0〜14MHz传感器连接器：2成像技术：连续高精度数字成像器动态频率积分成像高 - 精密动态接收聚焦超宽带成像技术自适应图像优化处理多波束成像自动流量分析复合成像全景成像自适应血管成像自适应多普勒成像THI（组织谐波成像）TDI（组织多普勒成像） ）
图像处理
预处理：8段TGC总增益动态范围灰度图平滑声功率调整扫描角选择后处理：边缘增强帧相关线相关γ校正对比度亮度ghtness
测量与计算ation
B模式：距离，周长，面积，体积，角度，残余尿量，直方图，轮廓M模式：距离，时间，速度，心率D模式：多普勒血流测量，速度，加速度，压力梯度，时间，VI，PI，RI等软件包：颈动脉：IMT（中内膜厚度）测量GYN子宫，子宫内膜，卵巢，子宫颈，卵泡OB GS，CRL，LV，BPD，OFD，HC，TAD，LVW，HW ，TCD，IOD，OOD，BD，APTD，TTD，AC，APD，FTA，HL，ULNA，FL，FIB，CLAV等心脏TEI指数，可编辑心脏报告，PISA，M. Simpson，B-EF， EF（Pombo，Gibson，Teichholz），直径函数，PV流量，AV区域，B-LV / Ao，M-LV / Ao，MV Regurg，定制注释等
泌尿系统前列腺体积，膀胱体积，尿量，转移体积，HipJ.Angle（新生儿和婴儿髋关节脱位），切片v等小部件和外周血管血管横截面积，心率，中风量，单位时间流量，喷射时间，狭窄百分比，平均流速，RI，PI等。
包装，工作场所和贸易展览会
选择我们的原因
制造商：中国的真正的制造商，直接从我们工厂提供。
- 您的专业供应商：自1998年以来一直在超声波开发和制造领域。
- 价格稳定，性能稳定：我们致力于超声波成像系统的生产和研发。stem.

Portable color doppler ultrasound features and functions
An excellent HCU (Hand-Carried Ultrasound) System TY-6868D is a High-end Color Doppler HCU (Hand-Carried Ultrasound). Based on Tianyi's leading digital ultrasound technology, TY-6868D offers superb 2D and premier doppler imaging modes such as CFM, CW, PW, CDE, CCD, HPRF.
Features & Advantages:tages:ages:
Multi-application: abdomen, cardiology, OB/GYN, small parts, peripheral vessels, urology, rectum, pediatric, orthopedic, intra-operative ultrasound, ultrasound guided biopsy.
Continuous high-precision DBF
THI (Tissue Harmonic Imaging)
TDI (Tissue Doppler Imaging)
Panoramic zoom
Parallel scanning
PC platform / Windows XP Embedded O/S
Transducer Suitcase Technical Specifications:
General Descriptions
Imaging mode: B B/B B+M Steer M Color M CW CFM PW PDI CDE CCD HPRF Gray scale: 256 Transducer frequency: 2.0 ~ 14MHz Transducer connector: 2 Imaging Technology: Continuous High-precision Digital Beam-former Dynamic Frequency Integration Imaging High-precision Dynamic Receiving Focus Super Wide-band Imaging Technology Self-adaptive Image Optimization Processing Multi-beam Imaging Automatic Flow Volume Analysis Compound Imaging Panoramic Imaging Self-adaptive Vascular Imaging Self-adaptive Doppler Imaging THI (Tissue Harmonic Imaging) TDI (Tissue Doppler Imaging)
Image Processing
Pre-processing: 8-segment TGC gross gain dynamic range gray map smooth acoustic power adjustment scanning angle selection Post-processing: edge enhancement frame correlation line correlation γ-correction contrast brightnessghtnessghtness
Measurement & Calculationlationation
B-mode: distance, circumference, area, volume, angle, residual urine volume, histogram, profile M-mode: distance, time, velocity, heart rate D-mode: doppler blood flow measurement, velocity, acceleration, pressure gradient, time, VI, PI, RI, etc Software packages: Carotid: IMT (Intima-media thickness) measurement GYN uterus, endometrium, ovary, cervix, ovarian follicle OB GS, CRL, LV, BPD, OFD, HC, TAD, LVW, HW, TCD, IOD, OOD, BD, APTD, TTD, AC, APD, FTA, HL, ULNA, FL, FIB, CLAV, etc Cardiac TEI Index, Editable Cardiac report, PISA, M. Simpson, B-EF,M-EF(Pombo,Gibson,Teichholz), Diameter Function, PV flow, AV-Area, B-LV/Ao,M-LV/Ao, MV Regurg, customized annotation etc
Urology volume of prostate, volume of bladder, volume of urine, volume of trans zone, HipJ.Angle(hip joint dislocation in neo-natal and babies),slice v, etc Small Parts and Peripheral Vessels vascular cross-sectional area, heart rate, stroke volume, flow per unit time, Ejection Time, % stenosis, mean velocity of flow, RI, PI, etc.
Packing,workplace and trade fair
Reasons for choosing us
-Manufacturer: Real manufactuer in China,get supplied from our factory directly.
-Your professional supplier: been in the field of ultrasound develope and manufacturing since 1998.
-Compective price and stable performance:we're dedicated to the production and r&s of ultrasonic imaging system.ystem.stem.