It is currently one of the most advanced and computer-intensive rendering algorithm available for computed tomography and can also be applied to high-resolution 3D-US data volume. Volume render mode is a technique for the analysis of the information inside 3D-volume by digital enhancing of individual voxels (Fig. The Doppler assessment may be performed either as a 2D examination and can be recorded as a video life file on a selected section or as a static 3D volume dataset. Electronic character of the transducer allows assessing the vascularity and flow in Power and Color Doppler modes. The spacing may be changed which influences the examination time. The urethra may be assessed as a separate organ with a small region of interest (ROI) e.g., 45В° or as a part of the entire overview examination of all pelvic floor in a 3D file of almost 360В° (with a tiny blank stitch) with the time of acquisition at maximal length equaling 41.9 s with spacing of 0.4В°. The reference section to obtain symmetry is the lumen of the urethra visualized on the entire length similarly as in the sagittal section with use of 8848 transducer (Fig. Two-dimensional acquisition can be obtained only in longitudinal (sagittal) section. The image field of 65 mm is covering the entire urethra from the bladder base to the external orifice. Two-dimensional scanning plane is controlled remotely from the system keyboard. Its slim diameter (16 mm) is more comfortable for the patient, easy to hold and manipulate for the operator.

It enables both dynamic 2D and 3D scanning at wide frequency range from 6 to 12 MHz.

Built-in linear array rotates 360В° inside the transducer with no need for additional accessories or external mover. This is an electronic transducer, for endovaginal and endoanal/endorectal imaging, with automatic high resolution 3D acquisition transducer (See specifications in the chapter on instrumentations and techniques).

K 3d measure button