High resolution CMOS direct read out system
Save space with the smallest dimension and weight
High cost performance with excellent performance
Good determination of the different element in the various matrices
Operate a fast and accurate quantitative analysis
Argon flushed with minimal argon consumption
Complete automatic analysis software with diagnostic function
Summary:
M5 Optical Emission Spectrometer adopts international standards design and manufacturing process technology, full digital and internet technology combined with high resolution CMOS detector and precision engineered argon purge system, and make the instrument is extremely high performance, extremely low cost, and competitively priced.
M5 Spectrometer is most suitable instrument for the determination of various elements in different matrices (Fe, Al, Cu). It provides a perfect solution for fast and accurate quantitative analysis before furnace, quality control of metal materials, research and development of research institutes. This also gives the user a truly portable spectrometer that’s both easy to use and easy to space saved.
Applications:
Testing Laboratories: Commercial testing laboratories, universities and colleges
Alloy manufacturers: metal processing control and chemical analysis
Medium-sized industries: Extremely rugged and economical; low cost / analysis
Foundries which need a quick analysis near the furnace
Manufacturing Facilities
Warehouse material identification
Base: Fe, Al, Cu
Features:
Precise reliable, fast, versatile and affordable
Compact designed desktop unit
Energy saving, standby power 50VA,
The light chamber filled with argon in place of vacuum system .
High resolution CMOS detector can achieve full spectrum analysis.
Full wavelength coverage, customized factory calibration, adding new element without further hardware configuration.
Wavelength range 165nm~580nm(extendable), spectral lines can cover all important elements
Highly sensitive UV detection with the precisely argon purge system,
Spectrometer temperature control ensuring high precision and stability
Programmable digitalized spark source, generating optimized discharge waveform for different bases.
Advanced excitation protection and diagnostic system ensuring operating safety
Argon purge control protecting entrance lens form contaminating, minimizing maintenance
Professional data capture, improved accuracy by reducing background interference
Global factory calibration with interference correction
Technology support and software update for free.
Parameter:
|
Item |
Index |
|
|
Optical System |
Focal Length |
300mm |
|
Wavelength range |
165nm-580nm(extendable) |
|
|
Detector |
High resolution CMOS Multi detectors |
|
|
Optical chamber |
Argon cycle filling |
|
|
Pixel resolution |
30pm |
|
|
Grating line |
3600m1/mm |
|
|
First order spectral line dispersion rare |
1.2nm/mm |
|
|
Average resolution ratio |
10pm/pixel |
|
|
Full spectrum |
||
|
Optical chamber temperature is controlled automatically |
||
|
Spark Source |
Type |
Digital arc and spark source |
|
Spark frequency |
100-1000HZ |
|
|
Discharge current |
1-400A |
|
|
Ignition voltage |
>15000V |
|
|
Spark light |
Optimization of discharge parameters design |
|
|
High energy precombustion technology HEPS |
||
|
Processor |
High-speed data synchronization acquisition and processing |
|
|
Spark Stand |
Electrode |
Tungsten electrode technology |
|
Make up |
Thermal deformation self-compensation design |
|
|
Argon flushed with minimal consumption of Argon |
||
|
Spray discharge electrode technology |
||
|
Adjustable electrode technology |
||
|
Others |
Measurable elements |
Fe、Al、Cu、Ni、Ti、Co、Zn、Sn、Mg、Pb etc |
|
Dimension |
600mm(L)*370mm*450mm(H) |
|
|
Weight |
About 40kg |
|
|
Storage temperature |
0℃-45℃ |
|
|
Operating temperature |
10℃-35℃, 23±2℃ is recommended |
|
|
Power |
AC220V/50Hz(Customized) |
|
|
Power consumption |
Excitation:400W/Stand by:50W |
|
|
Argon quality |
99.999%, Argon pressure>4Mpa |
|
|
Argon consumption |
5L/min during spark mode |
|
|
Interface |
Ethernet data transmission based on DM9000A |
|
High resolution CMOS direct read out system
Save space with the smallest dimension and weight
High cost performance with excellent performance
Good determination of the different element in the various matrices
Operate a fast and accurate quantitative analysis
Argon flushed with minimal argon consumption
Complete automatic analysis software with diagnostic function
Flexible, reliable and safety on-site analysis
Anytime, anywhere, on-site inspection
Positive Material Identification (PMI)
Light-weight to be about 20Kg
High accuracy and stability
Suitable for analysis task in different conditions
Compact rugged and with high-performance optics
Intelligent, multi-modal mobile design
High resolution CMOS readout system
Low total cost of ownership
Vacuum optics enabling fast stabilization
Excellent long-term stability
Intelligent design, Modular design
Ferrous and non-ferrous applications
Easy to use with full PC control
Friendly user interface
The fastest handheld XRF analyzer.
Grade identification in 1 second for any metal.
Full chemistry testing in 3-5 seconds for stainless steel and other alloys.
Full chemistry testing in 7-8 seconds for aluminium alloy.
Expert 1 Handheld LIBS Analyzer
Fast. Durable. Accurate.
Reliable, high-productivity metal grade analysis in only 1 second for most alloys
Idea for scrap metals sorting
Positive Material Identification (PMI)
Safe and nonradiative
Low owner cost
Especially for aluminium alloy grade and composition analysis
A balance anti-vibration platform is a specialized device used in laboratories to house high-precision balances. Its core function is to reduce external vibration interference, maintain a stable weighing environment, and ensure accurate balance readings
Flexible, reliable and safety on-site analysis
Anytime, anywhere, on-site inspection
Positive Material Identification (PMI)
Light-weight to be about 20Kg
High accuracy and stability
Suitable for analysis task in different conditions
Compact rugged and with high-performance optics
Intelligent, multi-modal mobile design
Fe-based Certified Reference Materials
Ni-Based Certified Reference Materials
Cu-Based Certified Reference Materials
Al-Based Certified Reference Materials
Mg-Based Certified Reference Materials
Sn-Based Certified Reference Materials
Pb-Based Certified Reference Materials
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