V9-2 TRANSDUCER (EPIQ/AFFINITI) by Philips

Key Highlights

• Ergonomic Design: The V9-2 transducer features a lightweight and ergonomic design, enhancing user comfort and facilitating prolonged use during examinations.
• Advanced Imaging Capabilities: This transducer supports cutting-edge 3D/4D imaging technologies, including TrueVue, MPR Touch, and FlexVue, which provide superior visualization for improved diagnostic accuracy.
• MicroFlow Imaging: The incorporation of MicroFlow Imaging technology significantly enhances the detection of small vessel blood flow, offering high-resolution imaging with minimal artifact interference.
• Versatile Patient Application: Designed for a wide range of patient types, the V9-2 transducer is ideal for various clinical scenarios, particularly in obstetric and gynecological imaging.
• Compatibility: Specifically engineered for the Philips EPIQ 7G system, ensuring seamless integration and optimal performance.

Compatible Systems & Use Cases

• Models: EPIQ 7G
• Use Cases:
  • Obstetric imaging for fetal assessments
  • Gynecological evaluations
  • Vascular studies focusing on small vessel blood flow
  • General ultrasound applications requiring advanced imaging techniques

Technical Specifications

Clinical and Service Value

The V9-2 transducer by Philips exemplifies a commitment to enhancing clinical workflows and patient care through its advanced imaging capabilities. The ergonomic design not only improves the comfort of healthcare professionals during extended procedures, but it also contributes to more efficient patient assessments. By integrating features like MicroFlow Imaging, the transducer aids in the detection of small vessel blood flow, which is crucial for accurate diagnoses in obstetric and gynecological settings.

From a procurement perspective, the compatibility of the V9-2 transducer with the Philips EPIQ 7G system ensures that hospitals can maintain a streamlined workflow without the need for extensive training or alterations to existing processes. This compatibility minimizes the risk of operational disruptions and enhances the overall efficiency of imaging departments. Furthermore, the advanced imaging features reduce the likelihood of repeat examinations, ultimately improving patient throughput and satisfaction while optimizing resource utilization.

Additional notes

The lightweight, ergonomic design of 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.