GE Logiq TruDigital Workflow

TruDigital Architecture is the heart of the LOGIQ Book.

TruDigital Architecture represents a fundamentally different way of acquiring and viewing ultrasound images. The software-intensive platform creates a flexible imaging environment that is also easy to upgrade. The LOGIQ Book features the same TruScan Architecture used in GE’s leadership product – the LOGIQ 9.

Live scanning techniques to stored images.

With TruDigital raw data digital processing, you can now apply live scan techniques to image data long after your patient leaves your office. With an onscreen image clipboard and flexible display, formatting your workflow and DICOM information management is simple and fast. TruAccess stores your data in its original fidelity to help prevent the loss of data or a reduction in image quality.

For example, if you forget to take an M-mode with the patient in the office. No problem. Just recall a cine loop image of the heart and perform an M-mode at a later time. This is just one of the many ways TruDigital can benefit you in your daily tasks.

TruDigital also provides image flexibility – allowing stored image optimization and measurement such as:

  • Overall B-mode gain – dynamic range and gray scale maps
  • Overall Doppler gain – baseline shift, sweep speed and inverted spectral wave form
  • Tru3D – 3D processing and reconstruction from a stored cine loop

Scan/Store Raw Digital Clips

Conventional ultrasound exams require over 50 keystrokes. The LOGIQ platform captures the entire study in Raw Digital Clips, in 1 keystroke... saving time and discomfort for Patients, Doctors, and Technicians.

 

Everyone is free to go

With permanent Raw Digital Clips stored, Patients and Technicians are free to go... and Doctors complete the study, analysis and reports (with embedded images and text) at their leisure.

 

Post-exam Workflow

Use Raw Digital for post exam image optimization. Change Gain, Alter Baselines, Annotate and Measure (with no recalibrating), Report, Remove/Add Color Doppler, and create multi-plane M-modes.