Mindray is one of the leading global providers of medical devices and solutions.
Firmly committed to our mission of “sharing medical technologies with the world”, we are dedicated to innovation in the fields of Patient Monitoring & Life Support, In-Vitro Diagnostics, and Medical Imaging. Mindray possesses a sound distribution and service network with subsidiaries in 31 countries in North and Latin America, Europe, Africa and Asia-Pacific. While improving the quality of care, we help reducing its cost, making it more accessible to a larger part of humanity. Today, Mindray’s products and services can be found in healthcare facilities in over 190 countries and regions.
Inspired by the needs of our customers, we adopt advanced technologies and transform them into accessible innovation, bringing healthcare within reach.
The Patient Safety Movement Foundation (PSMF) announced today that the global medical device developer and manufacturer Mindray has become the 90th company to sign the PSMF’s Open Data Pledge, demonstrating its commitment to improving patient safety through data sharing. “We are excited to have Mindray join the Patient Safety Movement,” said...
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"The 25th ECR in Vienna can be considered as a chance to reflect on the journey of European radiology through the past years and as a starting point for the future. This is why it has been called ‘the bigger picture'," indicated the ESR President Prof. Lorenzo E. Derchi, Head of the Department of Radiology at the University of Genoa, Italy. ...
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Some say that you can't have it both ways. When it comes to an ultrasound system, one has to choose between superior speed and optimal images. Yet Mindray begs to differ. Committed to advancing healthcare technologies, the innovator has been striving to deliver both efficiency and confidence in clinical diagnosis, in an exceptionally user-friendly...
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In daily practice, clinical experts are often tasked with an overwhelming workload of routine ultrasonic exams, which requires them to minimize the time spent on each test but still get confidence-maximizing images. For them, nothing can be more helpful than the ability to get quality images within minutes. Inspired by insights into clinical...
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Inspired by the needs of clinical
experts, Mindray always adopts advanced technologies and transforms
them into accessible innovation, bringing healthcare within reach. “The
technology story behind X-Insight is Mindray’s deep insight into clinical
needs,” said He Xujin, General Manager of Mindray Imaging System Division. By
transforming the insight...
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High definition imaging, particularly for
abdominal imaging, is vital for diagnostics and vastly improves the workflow,
allowing doctors to focus more on the patient and not just the mechanical flow,
leading radiologists said at the annual European Congress of Radiology
(ECR2016) in Vienna on Wednesday.
Speaking at a satellite symposium hosted...
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3D ultrasound imaging has been used for several years especially in high-risk Obstetrics. Perinatologists and Maternal Fetal Medicine specialists were among the first to transition to 3D ultrasound and make it a part of their routine exams.
However, the use of 3D ultrasound in the Obstetric office environment has been slower to gain acceptance. The...
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Thanks to its continuing effort in innovations, Mindray is proud to introduce a new breakthrough in speckle reduction called iClear TM adaptive image processing. Speckle, an inherent imaging artifact, has been a major obstacle to further differentiate desired anatomy with ultrasound systems. The implementation of iClear TM realizes aggressive...
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Introduction Ultrasound color flow mapping (CFM) has been extensively used in clinical diagnosis. Velocity of blood flow is calculated through a leg-one auto-correlation [1] method using the beamformed and filtered receiving signals. The magnitude of velocity relative to the direction of ultrasound beam propagation can be obtained and thus is...
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1.1 Background Ultrasound is a standard way to evaluate fetal anatomies. For the examination of fetal brain, one of the most important anatomical views is median sagittal plane (MSP).This plane can provide unique information of intracranial structures such as corpus callosum (CC) and cerebellar vermis (CV). Several studies [1~6] have proved that...
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Objectives: To demonstrate a reduction in keystrokes and ultrasound exam time by utilizing the Mindray DC-8 iWorks TM and iWorksOB TM protocol manager with the iNSert TM feature for documenting pathology. Methods: Three sonographers performed carotid exams, abdominal exams and thyroid exams using manual annotations and measurements...
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1. Background Central nervous system (CNS) malformations are one of the most common congenital abnormalities. Ultrasound has been used for nearly 30 years as the major imaging modality to help diagnose fetal CNS anomalies [1] . Currently, the standard 2D planes used for ultrasound assessment of the central nervous system in fetuses include the...
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Introduction Ultrasound contrast imaging is becoming increasingly important in clinical applications and in researches. Traditional contrast agent
ultrasound imaging technologies, such as pulse inversion/phase inversion
imaging and coded contrast imaging, have focused on the second harmonic
properties of the contrast agents and tiss
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Relationship between the stiffness of tumor and it’s malignance has far been known since the ancient Greek [1] . It’s until recent years that people began to measure the stiffness of the tissue in vivo in cancer diagnosis [2,3,4] . Ultrasound strain image is one of the novel approaches to measure the stiffness of tissue from outside the human body....
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1. Background: Extensive clinical diagnosis experience has been obtained within the field of myocardium disease, coronary disease, valve disease, cardiac tumor and congenital disease by echo practitioners, making echocardiography to emerge as a rather common practice within the last couple of decades. Technologies such as B-mode, Mmode, Color Doppler...
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Introduction In recent years there has been great interest in measuring the stiffness of tissue in vivo. Indeed, over the past 20 years, different elasticity imaging approaches have been developed around the world [1-4] . Ultrasound elasticity imaging adds mechanical information to conventional diagnostic ultrasound and extends patient diagnostic...
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1. Background Since the invention of echocardiography in 1950, echo practitioners are consistently contributing to this non-invasive, easy and commonly used technology, for cardiac anatomy visualization and physical activity observation. Due to valuable clinical benefits, echocardiography is highly used and recommended by echocardiologists. From...
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Powered by the most revolutionary ZONE Sonography® Technology, Resona 7’s new ZST+ platform brings the ultrasound image quality to a higher level by zone acquisition and channel data processing. Resona 7 also provides clinical research with the revolutionary...
Based on Mindray's new generation ultrasound platform, mQuadro, M9 has raised the industry standards to an all new level. Advanced signal transmission and reception processors provide highly sensitive and accurate echo detection. Innovative transducer...
The TE7 touch screen ultrasound system is designed to provide superior quality imaging for rapid patient-care decisions. Intuitive gesture controls and efficient focused point-of-care exams minimize the user learning curve, with no need to navigate a...
The best patient care is your ultimate goal. To achieve this requires confident diagnosis even with daily increases in patient throughput. Built on the foundation of Mindray’s continuous customer insights into clinical needs and the inheritance from...
X-Insight is an insightful solution to envision more.
Mindray’s brand-new solution is an excellent transforming of continuous customer insights into clinical needs, combined with evolving cutting-edge ultrasound technologies.
As an intimate...
