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M4000 Direct Reading Spectrometer (AES)
The M4000 direct reading spectrometer, combined with sealed argon gas circulation technology, can analyze various substrates such as Fe, Al, Cu, etc.
Product details
product overview
The M4000 direct reading spectrometer, combined with sealed argon gas circulation technology, can analyze various substrates such as Fe, Al, Cu, etc. Provide solutions for rapid quantitative analysis in front of the furnace, quality monitoring of metal materials, and research and development in research institutes. Our products adhere to the concept of precision craftsmanship and simplicity, and are committed to becoming your reliable assistant for metal analysis.
Product Features
Intelligent and reliable all digital light source
Programmable pulse synthesis all digital light source, good performance, maintenance free
Suitable for exciting various alloy materials, beneficial for improving analysis accuracy
Convenient and energy-saving sample excitation table
Open sample excitation stage with further reduction in internal volume, resulting in lower consumption of argon gas
Four channel argon gas blowing can remove residual dust and reduce the maintenance of the excitation table
stabilized optical system
Pa type Runge optical structure, multiple high-performance CCD detectors
A constant temperature light chamber that can be monitored in real time to stabilize the optical system
Personalized sample fixture
Suitable for analyzing large/small samples with different geometric shapes
Humanized one click stimulation
Sample loading and excitation are carried out in one go, directly obtaining the final result
Adapting to the factory inspection environment is conducive to improving work efficiency
Real time intelligent drift correction technology
Real time spectral drift correction is performed during the analysis process to enhance instrument stability
Reduce the number of standardized calibrations and extend the calibration cycle
Automatic instrument calibration for easier operation
Intelligent analysis software
Intelligent Curve
Intelligent curve function can meet the analysis needs of materials inside the matrix
Intelligent linking of appropriate curve models to obtain more accurate analysis results
Realize unknown sample analysis without worrying about model selection, making the operation more convenient
quality control
According to the user's measurement needs, the upper and lower limits of element composition quality control can be freely set
Automatically determine whether the sample components exceed the standard, and the results are clear at a glance
Brand identification
Can classify unknown materials and help users quickly identify sample brand numbers
equivalent analysis
Free editing of carbon equivalent and corrosion resistance equivalent formulas to control material properties
Automated System Diagnostic
Real time display of instrument operation status through software interface
Timely reminder of instrument maintenance and cleaning time
Programmable pulse synthesis all digital light source, good performance, maintenance free
Suitable for exciting various alloy materials, beneficial for improving analysis accuracy
Convenient and energy-saving sample excitation table
Open sample excitation stage with further reduction in internal volume, resulting in lower consumption of argon gas
Four channel argon gas blowing can remove residual dust and reduce the maintenance of the excitation table
stabilized optical system
Pa type Runge optical structure, multiple high-performance CCD detectors
A constant temperature light chamber that can be monitored in real time to stabilize the optical system
Personalized sample fixture
Suitable for analyzing large/small samples with different geometric shapes
Humanized one click stimulation
Sample loading and excitation are carried out in one go, directly obtaining the final result
Adapting to the factory inspection environment is conducive to improving work efficiency
Real time intelligent drift correction technology
Real time spectral drift correction is performed during the analysis process to enhance instrument stability
Reduce the number of standardized calibrations and extend the calibration cycle
Automatic instrument calibration for easier operation
Intelligent analysis software
Intelligent Curve
Intelligent curve function can meet the analysis needs of materials inside the matrix
Intelligent linking of appropriate curve models to obtain more accurate analysis results
Realize unknown sample analysis without worrying about model selection, making the operation more convenient
quality control
According to the user's measurement needs, the upper and lower limits of element composition quality control can be freely set
Automatically determine whether the sample components exceed the standard, and the results are clear at a glance
Brand identification
Can classify unknown materials and help users quickly identify sample brand numbers
equivalent analysis
Free editing of carbon equivalent and corrosion resistance equivalent formulas to control material properties
Automated System Diagnostic
Real time display of instrument operation status through software interface
Timely reminder of instrument maintenance and cleaning time
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