The M series optical emission spectrometer adopt international standard design and manufacturing process technology, full digital combines with internet technology, and using high resolution CMOS detector, the precisely designed argon purge system to guarantee instruments with higher performance, lower cost and extremely competitive price.
M2 Spectrometer is most suitable instrument for the determination of various elements in Aluminum matrices. In 1000-7000 series Aluminum production or Al-Si, Al-Si-Mg, Al-Si-Cu, Al-Mg series, a fully or even partially automated analysis results in a cost reduction. This also gives the user a truly portable spectrometer that’s both easy to use and easy to space saved.
Die-casting, forging, workshops: Rapid analysis; test several 100s of samples daily
Alloy manufacturers: Most of Al bases / matrices; highly stable and precise
Medium-sized industries: Extremely rugged and economical; low cost / analysis
Warehouse material identification
Extremely competitive price
Smaller, lightweight, exquisite, reliable instrument.
Energy saving, standby power 50VA,
Light chamber filled with argon in place of complex vacuum system, No vacuum pump
High resolution COMS detector can achieve full spectrum analysis.
Full wavelength coverage, customized factory calibration, adding new element without further hardware configuration.
Wavelength range 165nm~580mn, spectral lines can cover all important elements Compact, rugged and flexible to Al base and matrices
The smaller designed optical chamber structure and the optimized design of argon purge system can ensure transmission rate of elemental lines in UV area.
Spectrometer temperature control ensuring high precision and stability
Programmable digitalized spark source, generating optimized discharge waveform for Al base.
Professional data capture, improved accuracy by reducing background interference
Global factory calibration with interference correction
High resolution CMOS Multi detectors
First order spectral line dispersion rare
Average resolution ratio
Light room temperature is controlled automatically
Digital arc and spark source
Optimization of discharge parameters design
High energy precombustion technology HEPS
High-speed data synchronization acquisition and processing
Tungsten electrode technology
Thermal deformation self-compensation design
Argon flushed with minimal consumption of Argon
Spray discharge electrode technology
Adjustable electrode technology
5℃-40℃, 23±2℃ is recommended
99.999%, Argon pressure>4Mpa
5L/min during spark mode
Ethernet data transmission based on DM9000A
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