Soneus P7
Digital Portable Doppler System of Expert Class.
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Experts non-invasive diagnosis of diffuse diseases of the liver |
All in one Multiparametric ultrasound diagnostic studies:
To purchase the product, please call +38 095 720 55 35. |
Purpose
Soneus P7 system is intended to perform ultrasound studies of internal and surface organs. It is suitable for use in hospital, outpatient departments, as well as in private medical and veterinary practice.Studies in all areas of ultrasound diagnostics:
- clinic of internal diseases;
- surgery;
- gynecology;
- obstetrics;
- urology;
- pediatrics;
- neonatology;
- cardiology;
- endocrinology;
- angiology;
- gastroenterology;
- neurology;
- orthopedics;
- transcranial studies.
Specification
Technologies of scanning and image processing:
- anatomic M-mode;
- estimation of elasticity of blood vessels;
- color mapping of pulsating blood flow;
- automatic evaluation of the intima-media complex thickness;
- shear wave elastography and quantitative assessment of tissue stiffness;
- compression elastography;
- assessment of the attenuation coefficient of the tissue;
- trapezoid imaging for linear probe;
- improved image quality and suppression of speckle noise;
- multiangle compound imaging;
- tissue Doppler;
- inverse harmonic;
- sector scanning;
- synthetic aperture;
- vector scanning;
- panoramic scanning (optional);
- 3D-reconstruction, including real-time (optional).
Specifications:
- availability of 2 ports for probes connection;
- possibility to increase the number of probes to be connected up to 4 pcs. via port extender (optional);
- weight no more than 13.0 kg;
- time of continuous operation 12 hours;
- total dynamic range 263 dB;
- frequency range from 1 MHz to 14 (broadband system);
- 7 zones gain adjustment in depth;
- control of the power level of acoustic signal;
- up to 8 simultaneous focuses;
- dynamic focusing;
- dynamic aperture;
- dynamic apodization;
- adaptive image processing filter;
- linear image magnification up to 16 times;
- automatic optimization of the echo images in B-, D-, CW-, as well as duplex and triplex modes;
- conducting specialized measurement with results to be entered into the protocol;
- multifrequency (more than three frequencies for each probe), with the user's ability to choose how to control the frequency — coarse and fine;
- evenly depth control step;
- quick regulation of time gain control slope;
- maintaining of patients data base;
- ultrasound images archiving system to the internal disk with the capacity of not less than 1 TB;
- protocols and conclusions templates;
- availability of factory default settings of scanning and processing parameters for each type of study and probe;
- ability to create custom settings for each type of study and probe;
- support up to 5 users;
- echo images and cineloops postprocessing;
- record of study's results on the CD/DVD-ROM or USB flash drive;
- image gallery;
- ability to perform puncture and biopsy;
- saving and extradition of images in DICOM standard.
Imaging modes:
- B, B/B, 4B – two-dimensional gray-scale;
- THІ – B (M) modes on tissue (second) harmonic;
- Inv H – B (M) modes on the inverse harmonic;
- M (B/M) – one-dimensional (combined two-dimensional and one-dimensional) gray-scale scan mode with time-base sweep;
- MA – anatomic mode;
- CD (B/CD) – color mapping of blood flow velocity;
- PD (B/PD) – the color mapping of energy (energy and direction) of the Doppler signal;
- DF (B/DF) – color mapping of dynamic flow;
- TD (B/TD) – color mapping of tissue Doppler;
- color mapping of pulsatile blood flow (VP);
- CD(PD, DF, TD)/CD(PD, DF, TD) – alternately modes on two windows;
- 4CD(PD, DF, TD) – modes in a circle on 4 window;
- MC(MCD, MPD, MDF, MTD) – color mapping of M-mode;
- CD(PD, DF, TD)/MCD(PD, DF, TD) – color mapping of B- and M-modes;
- D(PW) – PW spectral Doppler with all probes;
- B/D – PW duplex and alternately duplex;
- CW – continuous-wave Doppler;
- B/CW – continuous-wave alternately duplex;
- CD(PD, DF, TD)/D(PW) – triplex and alternately triplex;
- CD(PD, DF, TD)/CW – alternately triplex;
- SE (B/SE) – shear wave elastography mode;
- CE (B/CE) – compression elastography mode;
- AC –color mapping mode and quantification of tissue attenuation coefficient;
- E-AS – estimation of elasticity of blood vessels;
- E-IMT – automatic evaluation of intima-media complex thickness.
Probes
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 EC241I(11,5R; 3,6-9,0 MHz; 192 el) |
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We recommend using the contact gel for ultrasound examinations TU U 16475627.003-96 of Eskulap-UST Company. The use of the gel from other manufacturers could cause probe's damage. |
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Gallery
Linear probe, PF-mode, 4-В images. On echo images are cross sections of the left internal carotid artery with a semi concentric prolonged atherosclerotic plaque at the orifice level, in the proximal part, middle third, and distal part.
Convex probe, В-mode. Concrement of left kidney.
Linear probe, В-mode, trapezoidal scanning. Thyroid gland, nodular goiter.
Endocavital probe, В-mode, 2-В images. Polyp of endometrium.
Linear probe, В-mode, 4-В images. On echo images are cross sections of the left common carotid artery with a semi concentric prolonged stenosing atherosclerotic plaque in the proximal part, middle third, distal part and on bifurcation level.
Phased array probe, В+М-anatomic mode. Left ventricle, parasternal position along the long axis.
Phased array probe, CF+CFM-mode. Transmitral diastolic flow.
Linear probe, PF-mode. Cross-section of the right common carotid artery with stenosing atherosclerotic plaque with the measurement of the degree of stenosis by diameter.
Convex probe, DF-mode. Liver cyst.
Phased array probe, CF+PW-mode, colorization of the spectrum. Heart, blood flow in inhalant vein.
Convex probe, triplex mode. Blood flow in renal artery.
Linear probe, triplex — CF and PW modes. Reversed blood flow on ostial valve in carrying out Valsalva test.
Microconvex probe, triplex - CF and PW modes. Ureteral-cystic output.
Microconvex probe, triplex - CF andPhased array probe, CF+PW-mode. Transcranial examination, blood flow in middle cerebral artery.
Linear probe, SWE-mode. Breast cancer - high stiffness values of formation.
Linear probe, CE-mode. Breast cancer - high stiffness of formation compared with the surrounding tissues.
Linear probe, SWE-mode. Nodular goiter. Stiffness of the node is the same as the stiffness of the thyroid.
Linear probe, CE-mode. Nodular goiter. Formation stiffness does not differ from the surrounding tissues stiffness.
Convex probe, SWE-mode. Measuring of the stiffness of the right lobe of the liver. Healthy patient. Stiffness values on the METAVIR scale correspond to fibrosis F0.
Convex probe, SWE-mode. Measuring of the stiffness of the right lobe of the liver. Liver cirrhosis. Stiffness values on the METAVIR scale correspond to fibrosis F4.
