OB/GYN
Hemispheric Sound Technology & Pure Harmonic Detection
The hemispheric sound and pure harmonic detection technology have increased the resolution at contrast, spatial and temporal level, thus broadening perspectives and creating more diagnostic confidence. In HQ ZOOM mode the system allows clear visualization of foetal cartilage, proving the unique resolution of the PROSOUND series. Improves tissue, spatial and contrast resolution for your general imaging.
3D Omniplane Transvaginal Transducer
The intracavitary probe has a unique 180 degree field of view, which offers a complete overview from the uterus and ovaries. A steerable scanning plane without manipulating the probe allows minimal discomfort and access to wider angles. Provides high quality 3D imaging and a unique 180 degree view and selectable viewing plane for your transvaginal imaging.
3D Volume Mode Imaging
Volume mode imaging allows high resolution surface and volume rendering. In addition simultaneous real time 2D and 3D display will be offered for better understanding of the acquired volume. High quality 3D surface and volume rendering techniques.
Intraview Imaging Microtip Transducer
Ultra fine catheter type transducer in intra uterine imaging. On several systems, the unique architecture allows compatibility with catheter type transducers offering high resolution imaging of the endometrium.
R-FAM (Real Time Free Angular M-Mode)
Unique possibility of positioning the M-mode line(s) in all directions offers accurate M-mode performance. In obstetrics the foetal heart is rarely in the same position for the ultrasound. For this reason, free angular M-mode is a useful tool. In addition the ProSound series allow very high frame rates with the convex technology, which is favourable in studying the foetal heart.
Quantitative Flow Profile
A graph display of velocities derived from Color Doppler data, including flow volume calculations. An innovative method of displaying flow profiles and calculating flow volumes using color doppler data.
RADIOLOGY
Hemispheric Sound Technology
The Hemispheric Sound Technology has significantly increased the resolution at contrast, spatial and temporal level, thus broadening perspectives and creating more diagnostic confidence. In HQ ZOOM mode the system allows crystal clear images, showing the unique resolution of the PROSOUND series.
Contrast harmonic detection
With PHD technology we are able to transmit a distortion free waveform and receive the pure harmonic signal without fundamental frequency components. Improved tissue differentiation has been realized. The technology is especially effective in obese patients and in a variety of technically difficult scanning conditions.
Contrast Harmonic Echo
With our EPHD technology it is possible to detect
- Difference of phase
- Harmonic components
- Attenuation & backscatter components
By combining these components, Extended Pure Harmonic Detection offers superior sensitivity for both Tissue and Contrast Harmonic Echo Imaging. Currently Contrast Harmonic Echo imaging in radiology is focused on detection and characterization of focal liver lesions. After administration of specific contrast agents the early arterial, portal and late phase of the liver can be observed in real time imaging.
Small Parts Imaging
Due to our new high frequency probes with multi frequency broadband transducer technology (HST and W-SHD probes) on our ProSound systems, small parts imaging has made tremendous steps in image quality. Small parts imaging- high frequency probe for ultra fine imaging.
Muskulo Skeletal Imaging
High frequency probe for ultra fine imaging. With the Pure Harmonic Detection Technology matching our new high frequency probes with multi-frequency broadband transducer technology (HST and W-SHD probes) for our ProSound systems, small parts imaging has made tremendous steps in image quality.
3D Spatial Colour & Spatial Flow
3D Spatial Color and Spatial Flow are 3D processing techniques, which offer a three dimensional perspective of pure color doppler/powerflow data or a combination of both grey scale and color doppler/powerflow data. 3D perspectives of vascularisation.
Dual Dynamic Imaging (DDD)
Simultaneous real time imaging in B-mode and Color / Power Flow imaging. Dual Dynamic Display allows simultaneous real time display of both greyscale and powerflow/color flow data. A method to show the relation of morphological detail behind vascularization.
Radial Imaging
360 degree high resolution imaging of the rectal wall. Our Intracavitary Radial transducer offers high resolution imaging of the rectal wall and the anal sphincter.
SURGERY
With our expertise in manufacturing ultrasound transducers we have developed in cooperation with surgeons all over the world, an extremely wide variety of intra-operative probes. An overview of the various probes include: T- shape probes, I-shape probes, Fingertip type probes, Pincet type probe, Neuro surgery burr hole probes, Rigid laparoscopic probe, Flexible laparoscopic probe.
Hemispheric Sound Technology & Pure Harmonic Detection
Improved tissue, spatial and contrast resolution for ultrasound imaging during intra operative procedures. The Hemispheric Sound and Pure Harmonic Detection Technology have significantly increased the resolution at contrast, spatial and temporal level, thus broadening perspectives and creating more diagnostic confidence. In HQ ZOOM mode the system allows clear visualization during surgery, proving the unique resolution of the PROSOUND series. In intraoperative ultrasound the benefit of direct contact of the transducers on organs enables high resolution imaging without compromise.
Laproscopic Ultrasound
In laparoscopic surgery dedicated ultrasound transducers fit through specific trocars and enables high resolution imaging of the liver, pancreas, bile ducts, kidneys, gallbladder, etc.). Dedicated flexible ultrasound probe for laparoscopic surgery.
Spinal Surgery
Special designed I-shape and T-shape probe accessories have been developed for handling this unique intra operative probe, which can be used e.g. during spinal surgery.
