FDC8000 Ultrasound Colour trolley 15″ LCD monitor ; 2 probes Convex, Linear/transvaginal
Features:
The Ultrasound Colour trolley 15″ LCD monitor ; 2 probes Convex, Linear/transvaginal is for clinical diagnosis of abdomen, obstetrics, gynecology, cardiology, small organs, superficial blood vessels, musculoskeletal, ophthalmology, anesthesiology, urology, neurosurgery and other specialist clinics.
- 15-inch high light medical LCD screen with adjustable angle;
- 3 probe ports. Probe freely switching; hot-swapping available.
- DICOM3.0, remote network assistance available
- Built-in integrated workstation can import typical medical records to realize automatic diagnosis.
- Built-in PC Control platform.
- Ultrasound Colour trolley 15″ LCD monitor ; 2 probes Conves, Linear/transvaginal
- World-advanced technology.
Leading ultrasound imaging technology
- World-advanced ultrasound platform and architecture
- An 8-core DSP processor and a front-end ultrasound chip with the latest generation of “digital demodulator” is adopted,
- providing powerful computing capability, high integration, low power consumption as well as seamless upgrade which
- supports elastography.
- Sparse transmit & multi-beam parallel processing technology.
- Plane-wave transmitting as well as 16-beam parallel receiving and processing improve the frame rate of image and blood.
- sensitivity in B + C and B + C + D modes, achieving triplex display.
- Pulse inversion harmonic imaging technology
- Superior to traditional tissue harmonic imaging technology, pulse inversion harmonic imaging technology is applied to suppress.
- side lobes and improve contrast resolution of the tissue with counteracted fundamental and enhanced harmonic.
- Synthetic aperture beam-forming technology
- Break of restrictions traditional DAS beam-forming algorithm has on the number of physical channels generates excellent.
- images both in near field and in far field with smaller hardware and lower transmit power.
- A continuous transmit focus at every pixel.
- The distance differences of transmitting sound waves and those of receiving sound waves are calculated simultaneously,
- resulting to higher imaging precision and accuracy.
- Diagnostic differences caused by differentiation of operators are lessened with no focus displayed and no need of manual adjustments.
- Speckle noise suppression technology
- Removal of speckle noise significantly clears and smooths the 2D image.
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