LOGIQ P6
LOGIQ P6 may come in a small package, but nothing was overlooked. We know you need more than just confidence in the equipment you use. You need confidence that you have the service and support you need, when you need it. That’s why you’ll receive:
Speckle Reduction Imaging (SRI). Heighten your visibility of
organs and lesions with high-definition contrast resolution
that suppresses speckle artifact while maintaining true tissue
architecture.
CrossXBeam™. Enhance tissue and border differentiation with a real-time spatial compounding acquisition and processing.
Real-time 4D Imaging. Acquire and construct volumetric images, displaying multiplaner views of the anatomy. See anatomical relationships not visualized otherwise.
DualBeam. Maintain high frame rates while using high line density, even in abnormal settings. Increase temporal resolution in fast-flow cardiac and vascular studies.
Harmonics. Increase resolution and cystic clarity with a combination of coded harmonics and Phase Inversion Harmonics.
LOGIQ P6 may come in a small package, but nothing was overlooked. We know you need more than just confidence in the equipment you use. You need confidence that you have the service and support you need, when you need it. That’s why you’ll receive:
- In-depth, on-site applications training
- Assistance by one of the best-trained and most widely deployed ultrasound service teams in the industry
- A certification program that gives field engineers the professional development and productivity skills they need to better service your systems
- Proactive monitoring, real-time support and training — all available through InSite™ ExC
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Capture images with clarity. A clear image leads to the most confident decision. That’s why LOGIQ P6 is designed using innovative leadership technologies from GE Healthcare. Starting with an enhanced beamformer for deeper penetration, higher resolution and better color flow sensitivity, you’ll find these advancements in imaging and more: |
CrossXBeam™. Enhance tissue and border differentiation with a real-time spatial compounding acquisition and processing.
Real-time 4D Imaging. Acquire and construct volumetric images, displaying multiplaner views of the anatomy. See anatomical relationships not visualized otherwise.
DualBeam. Maintain high frame rates while using high line density, even in abnormal settings. Increase temporal resolution in fast-flow cardiac and vascular studies.
Harmonics. Increase resolution and cystic clarity with a combination of coded harmonics and Phase Inversion Harmonics.
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