Philips EPIQ Elite ultrasound features an exceptional level of clinical performance, workflow, and advanced intelligence to meet the challenges of today’s most demanding practices. These Philips ultrasound machines bring ultimate solutions to ultrasound, with clinically tailored tools designed to elevate diagnostic confidence to new levels.
Flow Viewer delivers advantages in many clinical applications by enhancing the ability to resolve adjacent vessels that have the same flow direction, containing color within the vessel lumen, enhancing visualization of complex hemodynamic patterns, and increasing conspicuity of small vascular structures. Flow Viewer is available in all flow imaging modes: Color Doppler, CPA, dCPA, MFI and MFI-HD.
Flow Viewer enables more definitive fetal cardiac chamber and outflow tract identification in the second trimester as compared to traditional color flow in 100% of cases.* It also provides more definitive ductus venosus identification in the second trimester as compared to traditional color flow in 100% of cases, and * more definitive umbilical cord three-vessel identification as compared to traditional color flow in 100% of cases.*
The C5-1 PureWave curved array transducer with 5 to 1 MHz extended operating frequency range is ideal for high performance Fetal Echo, Abdominal, Interventional, and OB/GYN applications. It offers exceptional clinical performance for a wide range of patient types including obese and technically challenging patients.
The C10-3V Curved Array PureWave crystal transducer offers 10 to 3 Mhz extended operating frequency range for endovaginal applications.The extended operating frequency range and wide field of view of the Philips C10-3v transducer allow for exceptional visualization in GYN, OB, early OB and fertility exams. This endovaginal transducer offers routine and advanced imaging capabilities, including strain-based elastography and support for a variety of biopsy guides.
The eL18-4 transducer is an ultra high-frequency linear transducer that incorporates ultra-broadband PureWave crystal technology with fine-elevation focusing capability, generating ultra-broadband frequencies from 2 to 22 MHz. The transducer’s advanced design allows for wide field-of-view trapezoid imaging and superb 2D detail resolution. It supports a broad range of high resolution applications including breast, small parts, vascular, pediatric and musculoskeletal imaging along with the penetration needed in obstetrical and gynecological examinations to help elevate clinical confidence.
Learn more about the Philips L12-3 broadband linear array transducer in the specification table below.
Learn more about the Philips S5-1 broadband sector array transducer in the specification table below.
The lightweight, ergonomic design of Philips V9-2 transducer allows for exceptional fetal imaging and visualization across a wide variety of patient types. This transducer offers advanced 3D/4D imaging support, including TrueVue, MPR Touch and FlexVue capabilities. In additon, MicroFlow Imaging capabilities helps overcome many of the technical barriers associated with conventional methods to aid in detection of small vessel blood flow with high resolution and minimal artifact.
The C9-2 PureWave curved array transducer has 9 to 2 MHz extended operating frequency range. and offers high performance for OB/GYN and Abdominal applications. Now, one transducer provides exceptional clinical performance for a wide range of patient types including technically challenging patients.
Elevates pediatric imaging with PureWave performance – 30% more penetration than C8-5 transducer* delivers versatility in applications across a variety of patient sizes.
The 3D9-3v curved array transducer offers 9 to 3 MHz extended operating frequency range and 164-degree field of view. It supports high resolution 2D imaging, high resolution quantitative, single sweep 3D volume acquisition and 4D imaging for endovaginal obstetrical and gynecological applications.
*Based on a sample size of n=20
[1] When comparing release 10 to release 7. Based on a small number of samples (n≤20); not statistically powered.
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