Focus Technology FPI legitimate agent for direct reading spectroscopy analysis (AES)ARTUS 8

ARTUS 8 is a high-performance desktop CCD spark direct reading full spectrum spectrometer launched by Alang Technology. With higher resolution and optical efficiency, it has a higher accuracy in the spectral coverage range. ARTUS 8 is applicable to all types of metal production and processing industries, while also meeting laboratory level testing requirements for enterprise research and academic studies.

Focus Technology FPI legitimate agent for direct reading spectroscopy analysis (AES)ARTUS 8

Product Overview

ARTUS 8 is a high-performance desktop CCD spark direct reading full spectrum spectrometer launched by Alang Technology. With higher resolution and optical efficiency, it has a higher accuracy in the spectral coverage range. ARTUS 8 is applicable to all types of metal production and processing industries, while also meeting laboratory level testing requirements for enterprise research and academic studies.

Product Features

Excellent full spectrum analysis performance

Dual chamber design, using two sets of optical systems to analyze elements, greatly improves the analysis performance of ultraviolet band elements (C, N, P, S)

High performance CCD sensors collect all spectral information within the frequency band, with high scalability to add analysis elements and matrices. Only the analysis program software needs to be added

The long focal length Pascal Runge structure optical system has a larger number of effective spectral lines, resulting in better spectral resolution and providing users with better analysis accuracy and detection limits

The argon flushing chamber ensures a small pressure difference between the inside and outside of the chamber, avoiding deformation of the chamber caused by vacuum pumping

Higher system stability

Constant temperature control system, with a temperature control accuracy of ± 0.1 ℃, which is more than twice the industry's temperature control accuracy

The constant pressure device of the optical chamber can ensure the stability of the force on the optical components even when the environment changes, thereby obtaining more stable analysis results

Real time calibration function prevents spectral position drift caused by temperature changes, ensuring stable operation of the instrument even under high temperature differentials

High energy preheating pulse synthesis full digital light source, each power supply's output pulse can be individually controlled, and excitation parameters can be matched for different substrates and elements

Reliable detection accuracy

The special design process of the new light source reduces the detection limit of elements, increases detection accuracy, and can complete the measurement of ppm level element content

Optimizing multiple curve regression (OMVR) greatly enhances the precision and accuracy of the instrument

ASR (Aberrant Spark Removed) technology is used to remove abnormal sparks and improve analysis accuracy

Efficient and user-friendly user experience

The carefully designed sample excitation table has good heat dissipation and is easy to clean

Development spark table, gravity driven sample pressure bar. The spark table can support a weight of over 32KG, making it easy to analyze even the largest workpieces

One click activation of the stop button can immediately stop work in case of misoperation, ensuring the safety of personnel and instruments

Intelligent and comprehensive software system

All graphics are displayed, and the software can be proficiently operated within 2 hours

Automatically determine whether the analysis results are qualified

Automatically determine the brand of any unknown sample (iAPS system), which is very suitable for detecting unknown samples

Optional Mini LIMS software with SQL database

Equipped with remote network service function

Application Areas

Metallurgy, casting, automotive parts, high-speed rail, nuclear power, petrochemicals, standard parts, power fittings, aerospace, military manufacturing, pump and valve manufacturing and processing, construction engineering, flanges, pipelines, bearings, mining machinery, mold manufacturing, non-ferrous metal smelting and processing, universities, research institutes, third-party testing institutions, etc.