Powerful tools for advanced imaging.
The advanced technology of the LOGIQ E9 was designed to offer extensive functionality beyond traditional ultrasound. The system provides an array of expert tools and technologies, including:
- Volume Navigation technology combines multi-modality imaging with real-time ultrasound or previously acquired ultrasound exams.
- Fusion merges real-time ultrasound with CT, MR, PET or ultrasound images, enabling you to benefit from the strengths of each exam.
- GPS helps enable you to visually track your position during a scan from different views, guide biopsies efficiently and effectively, and simplify the counting of masses, lesions and nodules.
- Needle Tracking helps you achieve a high level of accuracy for guided procedures by improving precision with a re-usable sensor that displays the exact position of the needle tip.
This technology lets clinicians construct volumetric images in real-time and observe anatomy in any plane.
- Multiplanar imaging allows you to view any plane individually or simultaneously with other orthogonal planes.
- The C-plane allows you to display areas in an imaging plane parallel to the skin—ordinarily impossible using conventional 2D ultrasound.
- Tomographic Ultrasound Imaging (TUI) enables volume data to be viewed in multiple slices, much like CT and MR.
- Volume Calculation (VOCAL) helps you evaluate irregular structures by automatically calculating volumes based on automated or manual tracing of the structure.
Additional Expert Tools
- Auto-IMT (Intima Media Thickness) helps provide automatic edge detection for intima-media thickness measurements to help reduce the exam time while evaluating the carotid artery’s intima-media thickness.
- Elastography helps evaluate tissue stiffness to obtain additional diagnostic information that can aid you in making patient management decisions. Learn more about elastography.
- Tissue Velocity Imaging (TVI), a cardiac tool that measures the myocardial velocities longitudinally, evaluating systolic and diastolic function.
- Tissue Velocity Doppler (TVD) measures segmental velocity of the myocardium longitudinally.
- Q-Analysis plots the velocity information of discrete points for graphical analysis.