F50 equipped with a high-resolution medical display, adopts multi-beam parallel technology and sub-array element transducers, and its superior image clarity perfectly meets the needs of women's health care. At the same time, DW-F50 relies on the realistic RealSkin 5D ultrasound technology and abundant meansurement packages to better protect women's health.
Real Skin Rendering
More intuitive and clear than the 4D color Doppler ultrasound, and can record the baby's every move in the palace into a real-time video, through the display, real-time viewing, to create the first "movie" in the baby world.
Clinical Images Cases
Intelligent operation process, humanized appearance design and intimate human-computer interaction as a whole, so that doctors in the process of clinical diagnosis will focus on the patient himself.
| Structure type | Trolley type | |||
| Purpose and applications | To meet the basic hospitals in the abdomen, obstetrics, gynecology, heart, urinary system, small organs, superficial, blood vessels, pediatrics, neonatal, muscle, physical examination and other inspections and diagnosis. | |||
| Main specifications and system overview | 3.1 Operating system: Windows 8 | |||
| 3.2 Pulse Wave Doppler | ||||
| 3.3 Directional Energy Doppler | ||||
| 3.4 Real-time triple synchronization | ||||
| 3.5 Spatial Composite Imaging | ||||
| 3.6 Tissue Harmonic Imaging | ||||
| 3.7 2B/4B Imaging | ||||
| 3.8 Support system languages: Chinese, English, French, Russian, Spanish. | ||||
| 3.9 Standard monitor size: 21.5 inch, high-definition medical grade LCD display | ||||
| 3.10 Integrated clipboard: display the saved images at the bottom of the screen, which can be directly | ||||
| transferred or deleted | ||||
| 3.11 With on-site upgradeable functions | ||||
| 3.12 Preset conditions: For different inspections, preset inspection conditions for optimized images, reducing | ||||
| adjustments during operation, and commonly required external adjustments and combined adjustments | ||||
| 3.13 Support real-time 3D imaging function (3D/4D/5D) | ||||
| 3.14 Probe ports: 4 active | ||||
| 3.15 Trapezoidal Imaging | ||||
| 3.16 One-key auto optimization | ||||
| Multiple frequency of different probes | Convex probe: | |||
| 2.5MHz/3.0MHz/3.5MHz/4.0MHz/H4.0MHz/H5.0MHz, (depth 30-255mm) | ||||
| Linear probe: | ||||
| 6.0MHz/7.5MHz/8.5MHz/10.0MHz/H10.0MHz, (depth 20-128mm) | ||||
| Trans-vaginal probe: | ||||
| 4.5MHz/6.0MHz/7.0MHz/9.0MHz/H8.0MHz, (depth 30-156mm) | ||||
| Phased array probe:2.5MHz/3.0MHz/3.5MHz/4.0MHz/H3.0MHz/H4.0MHz, (depth 100-244mm) | ||||
| 4D Volume probe: | ||||
| 2.0MHz/3.0MHz/4.5MHz/6.0MHz/H5.0MHz, (depth 30-237mm) | ||||
| Micro convex probe (R15):4.0MHz/6.0MHz/7.0MHz/8.0MHz/H8.0Mhz, (depth 30-111mm) | ||||
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