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M5000 PLUS Direct Reading Spectrometer (AES)
The M5000 PLUS high-performance full spectrum spark direct reading spectrometer, based on more than a decade of spark direct reading spectroscopy tech
Product details
product overview
The M5000 PLUS high-performance full spectrum spark direct reading spectrometer, based on more than a decade of spark direct reading spectroscopy technology, is a new spectral product based on CMOS (complementary metal oxide semiconductor) sensors, specially designed for the metal material analysis industry as a high-end spark direct reading spectrometer. Mainly to meet the analysis and detection of chemical composition of metal materials in processes such as metal smelting, casting processing, and metal science research, and to achieve precise quality control.
Product Features
Research grade CMOS detector, full element analysis, ushering in a new era of PPM level element analysis
Low noise research grade photosensitive components have low noise, strong anti-interference ability, and anti halo technology
Anti interference CMOS detector has high integration and can avoid external circuit noise introduction
Fast reading speed using OEO (Optimal Element Oriented) technology, pixel signals are read separately to achieve parameter optimization design
Ultra high UV response sensitivity, no need for coating, achieving non-metallic element (N, C, S, P) analysis with better results
Classic dual chamber design, wide spectral range, guaranteed element resolution
Independently designed UV optical system with direct lighting for the excitation stage, specifically designed for measuring UV elements such as N, C, S, P, etc. It has a large number of engraved lines and high resolution, taking into account the advantages of high resolution and spectral line range. The spectral line range is wide, with multiple analyzed elements and good performance
The independently designed UV optical system has a small volume, simple structure, and no dead corners. It adopts a unique porous blowing technology, which can quickly blow clean the air and ensure the effectiveness of element analysis
Stability upgrade, redefining the stability of optical products
Die cast aluminum alloy integral light chamber, 4-level stress relief treatment
The constant temperature design of the light chamber ensures long-term stability of the spectral position without drift
Accurate design of airflow path, everything for more stable results
RTMC spectral optimization technology brings a more stable experience
Fully digital pulse light source, automatically selecting the optimal energy to ensure accuracy and repeatability of analysis
Usability upgrade, providing users with a simpler and more efficient user experience
The perfect combination of high-quality hardware and specific algorithms, multiple stable guarantees, better monitoring of instrument operation status, improving analysis effectiveness, and reducing calibration frequency
Support full spectrum analysis and detection, with higher scalability. Increasing the analysis matrix and elements does not require additional hardware, and the analysis range can be expanded through software, making it more flexible to use
The intelligent curve function can meet the analysis needs of all materials, truly realizing the analysis of unknown samples without worrying about model selection, and the operation is more convenient
Friendly human-computer interaction design, simple and clear software main interface, graphical display, allowing users to learn and proficiently operate the software in a short period of time
Added remote maintenance function, capable of remotely upgrading firmware programs, remotely checking instrument status, and taking responsibility for instrument lifecycle health
Low noise research grade photosensitive components have low noise, strong anti-interference ability, and anti halo technology
Anti interference CMOS detector has high integration and can avoid external circuit noise introduction
Fast reading speed using OEO (Optimal Element Oriented) technology, pixel signals are read separately to achieve parameter optimization design
Ultra high UV response sensitivity, no need for coating, achieving non-metallic element (N, C, S, P) analysis with better results
Classic dual chamber design, wide spectral range, guaranteed element resolution
Independently designed UV optical system with direct lighting for the excitation stage, specifically designed for measuring UV elements such as N, C, S, P, etc. It has a large number of engraved lines and high resolution, taking into account the advantages of high resolution and spectral line range. The spectral line range is wide, with multiple analyzed elements and good performance
The independently designed UV optical system has a small volume, simple structure, and no dead corners. It adopts a unique porous blowing technology, which can quickly blow clean the air and ensure the effectiveness of element analysis
Stability upgrade, redefining the stability of optical products
Die cast aluminum alloy integral light chamber, 4-level stress relief treatment
The constant temperature design of the light chamber ensures long-term stability of the spectral position without drift
Accurate design of airflow path, everything for more stable results
RTMC spectral optimization technology brings a more stable experience
Fully digital pulse light source, automatically selecting the optimal energy to ensure accuracy and repeatability of analysis
Usability upgrade, providing users with a simpler and more efficient user experience
The perfect combination of high-quality hardware and specific algorithms, multiple stable guarantees, better monitoring of instrument operation status, improving analysis effectiveness, and reducing calibration frequency
Support full spectrum analysis and detection, with higher scalability. Increasing the analysis matrix and elements does not require additional hardware, and the analysis range can be expanded through software, making it more flexible to use
The intelligent curve function can meet the analysis needs of all materials, truly realizing the analysis of unknown samples without worrying about model selection, and the operation is more convenient
Friendly human-computer interaction design, simple and clear software main interface, graphical display, allowing users to learn and proficiently operate the software in a short period of time
Added remote maintenance function, capable of remotely upgrading firmware programs, remotely checking instrument status, and taking responsibility for instrument lifecycle health
application area
Applied in many fields such as metallurgy, casting, mechanical processing, casting, metal material research, aerospace, shipbuilding, automotive, customs inspection, third-party testing, etc.
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