In the rapidly developing fields of biomedicine, semiconductors, and nanomaterials today, the understanding of particles has evolved from a simple oneThe dimension of 'size' extends to precise control of 'morphology', 'distribution', and 'demographic characteristics'. Traditional laserParticle analyzerAlthough it can efficiently output an average granularity distribution result, it cannot answerKey questions such as "What shape are the particles?" and "Are there fibers, laminations, or aggregates in the sample.It is precisely to overcome the pain points in this industry that Yinhuang Technology relies on its strong independent research and development capabilities to launchFIPS series streaming dynamic imaging methodParticle analysisInstrument, with itsThe intuitive analysis ability of 'what you see is what you get' andYinhuang Technology's strong independent research and development capabilitiesFIPS super-resolution algorithmThe statistical foundation is redefining the industry standard for granularity analysis.

Technical principle: Integration of dynamic images and streaming technology

The core technology of the FIPS series lies in combining high-speed dynamic image capture with precise flow sampling technology, achieving a technological leap. Its working principle can be clearly divided into three steps:

Accurate flow field imaging: The test sample is driven by a precision injection pump to form an extremely fine and stable laminar flow, which passes uniformly through a specially designed flat flow sample cell. This design ensures that each particle is maximally dispersed as it passes through the detection areaThe presentation in the form of a "single layer" effectively avoids particle overlap, laying the foundation for obtaining clear individual images.

High speed image capture: At the moment when the particle flow passes through the field of view, the system's built-in high-speed, high-resolution digital camera, in conjunction with a precision pulse light source, will continuously capture images at a certain frame rate (usually hundreds to thousands of frames per second). Like taking clear photos of each particle“ID photo”.

FIPS super-resolution algorithm and AIIntelligent image processing: The massive image data obtained is transmitted to the professional analysis software independently developed by Yinhuang Technology. Software throughThe FIPS super-resolution algorithm independently developed by YinhuangAnd AIImage recognition algorithms automatically recognize the contour of each particle and calculate dozens of key parameters in real-time, including but not limited to: equivalent circle diameter (ECD), length, width, aspect ratio, circularity, transparency, etc. In the end, the system performs statistical analysis on tens of thousands or even millions of particles, providing not only quantity based particle size distribution but also detailed morphology distribution reports. This analysis method that deeply integrates "morphology" and "statistics" enables the FIPS series to reveal the "truth" hidden in the sample, which is a traditional inversion calculation based solely on light scattering signalsParticle analyzerUnattainable.

Performance advantages: fromFrom 'knowing its nature' to 'knowing its reason'

Based on its unique technical principles,FIPS series streaming dynamic imaging methodParticle analyzerPerformance advantages demonstrated:

Real morphology analysis capability，This is its most core advantageWhether it is distinguishing needle shaped crystals from spherical particles, identifying fibers or fragments generated during the production process, or observing the agglomeration state of particles,The FIPS series can provide the most intuitive image evidence. In the field of biopharmaceuticals, this is crucial for the characterization of protein aggregates and traceability analysis of visible foreign substances in injection solutions.

High resolution granularity distribution: based on precise measurement of individual particles,The granularity distribution provided by the FIPS series is a quantity based, true fitting distribution. It can clearly distinguish multiple peaks of different particle sizes in the sample, and even detect tail end large particles or small fragments with extremely low content (such as 0.001%), which is of decisive significance for the quality control of semiconductor CMP polishing slurry and nanomaterials.

Statistical significance: Analyze tens of thousands or more particles to ensure statistical representativeness and reliability of the analysis results. Users no longer rely on model assumptions, but make judgments based on massive amounts of real data, greatly improving the accuracy of research and quality control decisions.

Wide applicability：The FIPS series has a wide measurement range（0.3μmto3000μm）， And it can adapt to samples of different concentrations. Through flexible configuration, it can be widely used in the analysis of various materials such as biologics (proteins, vaccines, antibodies), chemical drugs (raw materials, intermediates), semiconductor slurries, advanced ceramics, graphene, metal powders, etc.

Application scenario: Empowering cutting-edge scientific research and precise quality control

In the field of biomedicine:The FIPS series is a powerful tool for protein aggregation research. It can not only quantitatively analyze the size and quantity of aggregates, but also distinguish reversible/irreversible aggregates, fibrous aggregates, etc. through morphological parameters, providing key data for formulation development and stability research. At the same time, it is also a powerful advanced research tool for benchmarking regulations such as the Chinese Pharmacopoeia 0903 and 0904 regarding the inspection of visible foreign objects and insoluble particles,Can be used for foreign object traceability analysis.

In the semiconductor industry: for chemical mechanical polishing（The particle size distribution of CMP slurry and the presence of large-sized "killer particles" are directly related to the scratch defects on the wafer surface. The FIPS series can accurately monitor the particle size and morphology of the slurry, detect abnormal particles in a timely manner, and ensure the yield of chip manufacturing.

In the field of nano new materials, the morphology of particles is closely related to their properties in the development of materials such as graphene, carbon nanotubes, and special ceramics.The FIPS series can quantitatively evaluate parameters such as aspect ratio and flatness of materials, providing data support for establishing a "structure performance" relationship.

Using professional instruments to drive the future of the industry

Yinhuang Technology always adheres toThe service tenet is "high-quality products, professional technology, perfect services, and make testing and analysis more professional". FIPS series streaming dynamic imaging methodParticle analyzerThe birth is a manifestation of this purpose. It is not only a high-performance testing device, but also our commitment to helping customers solve complex analysis problems and improve research and production levels.

In the future, Yinhuang Technology will continue to deeply cultivate inparticleIn the field of detection and analysis, continuous optimization and updates are neededProducts such as FIPS series, as well as MIP series particle analyzer and CHDF series high-resolution nanometer analyzerParticle analyzerWaiting for a full range of solutions to provide customers with more comprehensive servicesAt the same time, it will also continuePromote the development of Chinese scientific instrument brands and contribute Yinhuang's wisdom and strength to the global scientific research and technology industry.