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Siemens Siemens ultrasound ultrasound software upgrades to increase software functionality Phoenix S2000 Ultrasound Ultrasound Software Upgrade Software Upgrade

Software upgrades: Elastography features of the software technology space complex cardiac imaging software such as Siemens ultrasound software upgrade software

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Color Doppler ultrasound system ACUSON Antares
    Unlimited innovative technology applications

   Clinical advantages

Clinical application of comprehensive professional
        To provide you with a comprehensive solution for professional ultrasound
        A comprehensive software package for measuring and reporting
Innovative technology throughout the various applications:
        Professional echocardiography : suitable for a variety of patients , a full range of imaging modes.
        Obstetrics and Gynecology professional features : a unique automatic measurements to improve the efficiency of obstetric obstetric examination .
        Professional vascular function : a comprehensive vascular imaging , professional vascular analysis report.
        Professional belly / small organs : the industry 's most advanced compound imaging technology , the industry's largest two-dimensional / THI / Color Doppler / spectral Doppler variable frequency and number .
        Professional mammary gland : high resolution elastography can be obtained through the patient's physiological movement ( breathing and heartbeat ) , can be effective in differentiating benign and malignant tumors.
High-resolution two-dimensional image
High sensitivity color Doppler
     Siemens patented innovations Extend Imaging imaging technology, optimized to increase the output parameters of color Doppler imaging difficult patient information in the shortest possible time and improve color Doppler signal intensity , increased penetration of the image.
     Technical advantages

High density IT
        ACUSON Antares ultrasound color Doppler system is fully digital system architecture focused on the more than 90 Siemens patented technology, you cite the innovative technology of modern acoustic physics, electronics and computer technology, interdisciplinary , using the newly developed system architecture design is to achieve fast precise imaging foundation.
Professional probe technology
URI interface dedicated ultrasound study
     Direct access to quality RF signals for tissue characterization of
    Efficiency advantages

    A variety of automatic image optimization techniques :
       TEO tissue equalization , DTO dynamic organization optimization techniques , Extend imaging technology , VET vascular enhancement technology

     Operating systems and intelligent interface
 
  

Siemens ACUSON Antares was launched in 2002 with color Doppler ultrasonic diagnostic system , upgraded in 2007 to 5.0 version. Products inherited Siemens ACUSON / SONOLINE two series of technical features and advantages, not only has excellent image quality abdomen , but also in terms of cardiac imaging , also has outstanding performance , suitable for general application ; provide two-dimensional , color images , while forming a unique style in terms of four-dimensional imaging , ultrasound workers greatly expanded to meet the needs of clinical applications .

  ACUSON Antares ultrasound system in five clinical applications bring innovation, including breast imaging , and obstetrics and gynecology .
In the field of breast imaging , Siemens eSie Touch ™ elasticity imaging technique for differentiating benign and malignant tumors provides a new way ; adipose tissue correction imaging technology, especially for high -fat breast tissue imaging ; Siemens Advanced SieClear ™ multi-angle spatial compound imaging technology, with industry-leading 13 -line real-time multi-angle compound ; Dynamic TCE ™ tissue contrast enhancement technology dynamics , speckle noise can be reduced , and have motion correction function.
For obstetrics and gynecology applications , Advanced fourSight ™ 4D imaging technology Antares 5.0 Ultrasound System - provides a complete image acquisition, reconstruction and post-processing tools , as well as to simplify and improve workflow syngo ® Auto OB measurement techniques. Transparent three-dimensional reconstruction of amniotic fluid model is another key innovation , which is developed by Siemens Corporate unique surface reconstruction processing technology to provide clear and vivid breathtaking view of the fetus , and further improve the diagnostic 3D and 4D imaging confidence.
  Using Advanced fourSight 4D imaging technology, users can now more flexible analysis of 2D, 3D and 4D images. New features include multi-planar imaging capabilities - from volume chart any 2D image matrix flat panel display , just like on a computer tomography scanner , as well as automatic volume measurement feature, which can be quickly severed from any 3D volume map and capture volume measurement value.
In order to further improve the efficiency of obstetric and clinical workflow , Siemens syngo Auto OB measurement software to achieve a semi- fetal biometric features, measure biparietal diameter , head circumference , abdominal circumference and leg length. The software can be reduced to 75% of the measuring operation , reduce the examination time and the replacement of the operator can be reduced , thereby improving the coherence of the work sections .

Main technical characteristics
MISA Beam Formation Technology MISA maximum amount of information collected sound beam forming technology - which uses a Channel-per-Signal dollar pair burst channel structure , that is, each probe array element has a separate distribution channel in the system, thus changing the traditional Situation multiplexing system using ultrasound , each probe array element can participate in the transmit and receive pulse signals independent of the final pixel in the image formation , a two-dimensional imaging to provide high resolution and high sensitivity of the color imaging .
Diagnostic Precision Technology accurate diagnostic techniques - using a new generation of sampling techniques , in both time domain and frequency domain to increase the sampling rate, which compared with conventional ultrasound , not only has a high -density sampling rate, and can make a lot of rapid reduction of the ultrasonic echo digitized signal , thus maximizing the presentation of information organization , which greatly improves the fine resolution ; even enlarged area of 1cm full-size display , it will not be distorted ; thus greatly improve the detection rate of small tissue lesions , to provide more clinical reliable diagnosis.
Giga Processing Technology Giga ultra high-speed signal processing technology - patented Giga ultra high-speed signal processing technology , which includes cutting-edge hardware and software , highly intelligent adapter digital signal processing algorithms , a smart data analysis: increased diagnostic information signal will be enhanced , while the reverberation and noise signals are discarded . Giga processor speed and computing power of the system to make the ACUSON Antares multi-dimensional analysis of the sampled signal each image in order to get the best signal optimization. Whether it is two-dimensional , harmonic , color or spectrum , Giga processor can flexibly adjust the algorithm to calculate the maximum amount of information and process , allowing moving organs display real physiological state , providing high-resolution images , and support for advanced imaging capabilities extended imaging such as color , colored three-dimensional imaging.
Expanded MultiHertz Multiple Frequency Imaging patent extended multi-frequency inverter technology - a patented multi-frequency inverter technology expansion , a probe either two-dimensional , natural tissue harmonic imaging, or color Doppler, spectral Doppler can be frequency independent , having up to 5 while the fundamental , harmonic 5 , four color Doppler frequency , can fully meet the ultrasound penetration and resolution of workers to achieve the best match demand while without the need for any one compromise ; provide high-quality images for the diagnosis.
Multi-D Array Transducer Technology multidimensional probe technology - a patented new generation of multi-dimensional probe technology , using a new synthetic materials, advanced conversion circuit , the waveform can be precisely controlled , especially with a unique focus on the dynamic side of the technology, thus in the axial , lateral and lateral compression sidelobe three dimensions , reverberation suppression , thereby enhancing the signal to noise ratio of the image, to provide high-quality images .
Hanafy Lens Transducer Technology lens probe technology - Sequoia patent grafted probe technology, transmit the probe beam is focused on a side in the thickness direction of the probe, changes in the thickness direction of the conventional ultrasonic probes have a fixed focus limits so near field to focus on the whole far-field beam , and the beam to maintain uniform, reducing clutter caused by the lateral beam ; obtain high-quality image quality. With this technology, ultra-high -density cardiac phased array probe depths of up to 30cm, is currently the highest in addition to outside Sequoia (Sequoia also 30cm).
Virtual Format Imaging Technology Keystone expansion imaging - imaging patent extension ladder to change the imaging field of view of traditional linear array probe rectangle to expand its imaging range to both sides , increasing the anatomical information, support two-dimensional and color imaging , ultrasound clinical work to meet check the horizons were expanding demand .
Tissue Harmonic Imaging Tissue Harmonic Imaging Technology - acoustic beam forming in MISA 's support, get a lot of harmonic signals through Giga processor flexible, fast calculation and processing , to obtain the maximum amount of harmonic information, providing high-quality harmonic imaging , each probe supports five kinds of harmonic imaging frequency , fully meet the difficult patient scanning.
SieClear multi-view spatial compounding imaging space multi-angle compound imaging technology ( optional ) - Patented SieClear multi-angle spatial compound imaging, improving image resolution, and supports harmonic , color , three, four other models, and break traditional techniques can not be applied to the heart of the space complex precedent , can improve the quality of cardiac images .
TEQ ultrasound technology organizations balanced imaging technology ( optional ) - specific sources patented imaging technology is grafted tissue balancing in Sequoia, a pre-treatment technology for signal processing , real-time signal processing , the system automatically recognizes the ultrasonic echo signal and adjust gain and brightness ; support harmonics , wide field of view , three other models .
VET enhanced vascular imaging techniques ( optional ) - clearly show the small blood vessels of the wall and the two-dimensional structure within the lumen . Currently all about vascular imaging modes ( color Doppler velocity map , the energy map , speed, energy diagram , gray blood , etc. ) are all located in flow imaging , reflects hemodynamic information, and can not be directly observed vascular itself structures, such as walls , valves and the like. VET (Vascular Enhancement Technology) enhanced vascular imaging technology, is currently the only direct evaluation of vascular imaging mode structure on its own two-dimensional image . The main application areas are: vascular checks: deep vein thrombosis check adductor chamber , vascular stenosis, vein orientation, endometrial thickness , portal vein judgment , stents, and bypass grafts , varicose veins , etc. ; abdomen : liver disease , the internal structure of solid organ tumors and borders, tumor interventional therapy ; organ transplantation : liver transplantation, kidney transplantation ; small organs : thyroid, breast , testicular and other diseases ; Obstetrics : normal placental vascular structures , placental vascular disease , fetal heart or fetal head , fetal abdomen ; transcranial : intracranial vascular malformations , aneurysms, tumors.
DTI Doppler Tissue Imaging Tissue Doppler Imaging ( optional ) - has the most comprehensive five imaging modes, including acceleration figure , while the harmonic mode. Movement and function can be objective quantitative evaluation of regional myocardial for cardiac electrophysiology, echocardiography and tissue research activity .
CPS contrast agent imaging technology ( optional ) - imaging contrast agents can be applied to the frequency range of 1.5 ~ 14MHz; special contrast agent imaging frequency 5 . Can be produced by the nonlinear contrast agent fundamental and harmonic signals ; anatomic imaging can be completed (only tissue ) , functional imaging (only contrast agent ) , or a combination , can display energy signal (CDE) and angiography nonlinear signal agent (CPS), in order to fully display the vessel branches and perfusion imaging site. Contrast agents with precisely controlled blasting technique . All imaging parameters can be pre- programmed settings . The host system has a contrast agent quantitative analysis software .
3-Scape real-time 3D imaging and four Sight 4D ultrasound imaging technology real-time three-dimensional imaging and 4D imaging technology ( optional ) - an innovative three-dimensional , four-dimensional imaging technology makes Antares has a good three-dimensional , four-dimensional imaging performance and support harmonic , TEQ and SieClear other advanced technologies , so that the image quality is further improved ; and meet the two-dimensional , three-dimensional color , four-dimensional imaging probes support all conventional real-time three-dimensional vascular imaging technology ; addition to supporting the abdomen 4D imaging , also supports the cavity 4D imaging .
DIMAQ-IP integrated ultrasound workstation - Innovative DIMAQ-IP architecture marks the convergence of two cutting-edge DIMAQ integrated ultrasound workstation industry and Crescendo multidimensional image processor . New DIMAQ-IP architecture uses multiple high-speed Intel processors , as well as the standard Window syngo user interface. DIMAQ-IP innovation can be fully integrated ultrasound workstation information exchange between the internal system architecture , as well as external document review system accessibility . Fully meet the development needs of the DICOM format , enabling interactive clinical network systems.