Core parameters of ARL easySpark full spectrum direct reading spectrometer
Instrument Introduction
Thermo FisherARL easySparkThe full spectrum direct reading spark spectrometer can quickly, accurately, and reliably analyze solid metal samples from trace to percentage content of elements. This new desktop spark photoelectric direct reading spectrometer is designed specifically for the smelting industry and laboratories with a large demand for metal analysis. It can meet the high-quality and low-cost requirements for direct reading spectral analysis in the production process of components in various industries such as automotive, aviation, aerospace, and consumer goods. It is based on multiple gratings/ CCDThe unique optical system of the Charge Coupled Device (CCD) provides a high level of resolution, while also being easy to install, operate, and maintain, allowing non professionals in the metal and alloy production industry to quickly and efficiently operate this instrument.
main features
■The patented intelligent digital light source brings superior analytical performance and accuracy;
■Inheriting high-end spectral spark table design, ultra-high stability, and safe use;
■Constant temperature light chamber and semiconductor refrigerationCCDEnsure noise reduction effect and excellent performance;
■Unique optical path design, extremely high spectral resolution;
■Spark table maintenance is simple, fast, and does not require tools;
■Advanced argon intelligent management module effectively reduces gas consumption;
■Rapid elemental analysis can still be performed on the vast majority of metals and alloys under harsh conditions;
■Powerful software on the same platform as high-end spectroscopy.
Innovation point
Innovation point:
Constant temperature light chamber and semiconductor cooled CCD ensure noise reduction effect and excellent performance; Unique optical path design, extremely high spectral resolution; The spark table maintenance is simple, fast, and does not require tools; Powerful software on the same platform as high-end spectroscopy.