BC-700 Series: Quicker Diagnosis With Integrated CBC+ESR

Ms. Kshama Nandode | National Marketing Manager - IVD, Mindray India

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Faster and accurate diagnosis plays a crucial role in improving patient outcomes and optimizing healthcare delivery. Early detection can significantly improve a patient's prognosis, especially in cases of time-sensitive illnesses. Mindray’s BC-700 Hematology Analyzer addresses this critical need by integrating CBC and ESR testing into a single, streamlined process. This reduces wait times and delivers comprehensive results in a fraction of the traditional time. With the BC-700, laboratories can expedite diagnoses, empowering physicians to make informed decisions faster, ultimately leading to better patient care.
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Advanced Technology: 3D SF Cube Analysis



The BC-700 series leverages Mindray's pioneering 3D SF Cube analysis technology, the culmination of years of research and development. This cutting-edge technology leverages bi-angular laser scatter signals and fluorescence to perform comprehensive 3D analysis of target cells. The resulting 3D scattergrams provide clinical experts with detailed cellular information, enabling precise identification and differentiation of cell populations, including abnormal clusters.

This comprehensive analysis translates into several key advantages:

Exceptional Accuracy: Highly accurate results, empowering clinicians to make informed decisions with confidence.

Early Disease Detection: Early detection of potential diseases, paving the way for timely intervention and improved patient outcomes.
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All-in-One Powerhouse: Integrated CBC + ESR Solution

Traditionally, CBC and ESR tests are conducted on separate analyzers, consuming valuable time and resources. Recognizing this inefficiency, Mindray has incorporated a revolutionary all-in-one solution within the BC-700 series. This innovative design enables the simultaneous analysis of both CBC and ESR within a single test, producing results in a remarkable 1.5 minutes.


This integrated approach offers a multitude of benefits:

  • Enhanced Workflow Efficiency: By eliminating the need for separate tests and analyzers, the BC-700 series significantly reduces processing time, allowing laboratories to streamline their workflow and maximize productivity.
  • Reduced Blood Draw Volume: The BC-700 series requires a smaller blood sample volume, minimizing discomfort for patients, particularly beneficial for pediatrics and geriatrics.
  • Faster Diagnosis and Treatment: With rapid turnaround times for CBC and ESR results, clinicians can make diagnoses and initiate treatment plans more promptly, potentially improving patient outcomes.
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Optical Platelets: Reliable Platelet Counting

Mindray's BC-700 Series introduces an innovative approach with optical platelet (PLT) counting integrated into every CBC and differential (DIFF) test. By harnessing SF Cube technology and introducing the new PLT-H parameter, this analyzer ensures accurate and reliable platelet analysis. By using patented reagents with cutting-edge technology, the BC-700 Series also allows the platelet clumps to be de-aggregated, offering laboratories a complete solution for reliable platelet analysis. Laboratories can now confidently assess platelet levels even in challenging samples, optimizing patient care and diagnostic accuracy.
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Global Recognition and Impact

Mindray's commitment to advancing medical technology is reflected in the global recognition and impact of the BC-700 Series. Laboratories across more than 190 countries are benefiting from Mindray's innovative hematology solutions. 


Mindray's BC-700 Series represents a transformative leap forward in hematology analysis, embodying Mindray’s dedication to delivering better healthcare for all. By harnessing state-of-the-art technology and integrating essential tests into a unified platform, the BC-700 Series empowers laboratories to meet the evolving demands of modern healthcare while delivering superior patient care. BC-700 Series is poised to set new standards for efficiency, reliability, and diagnostic precision.

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