InnovateT5 Full SpectrumDirect reading spectrometerAdopting international standard design and manufacturing process technology, we have applied CMOS signal acquisition components from Hamamatsu Corporation in Japan. Each CMOS can individually set the number of sparks, synchronized with the first-class technology of international spectrometers. We use a vacuum chamber design and a fully digital excitation light source. This CMOS spectrometer combines the full spectrum characteristics of a CCD spectrometer with the low detection limit of a PMT spectrometer for non-metallic elements. The overall design is reasonable, the operation is simple and easy to learn, and it has the advantages of accurate data and good long-term stability.

casting metallurgy machining Fire ProtectionAerospace and aviationMetal processingQuality assessment of metal materialsNew material development

Full spectrum line diagram

CMOS Full Spectrum Analysis Technology

Rich spectral line information, more sensitive lines for analysis, ensuring accuracy of analysis;

Based on full spectrum measurement data, it is possible to correctly distinguish between background and spectral lines, effectively improving measurement accuracy;

Intelligent selection of appropriate sensitive lines, utilizing multi spectral line combination technology to meet the detection needs of low, medium, and high content segments;

Multi peak fitting technology based on full spectrum measurement data effectively eliminates spectral line interference and achieves accurate measurement.

CMOS linear array sensor

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;

Automatically complete instrument calibration, making operation more convenient.

Spectral drift correction

Unique CMOS detection technology superior to CCD

CMOS has higher sensitivity and response speed compared to CCD;