ARL iSpark Plus series OES direct reading spectrometer

The ARL iSpark Plus series uses high-performance PMT (photomultiplier tube) optical components and is a high-performance OES direct reading spectrometer platform. It is more powerful and equipped with other innovative technologies:

ARL iSpark Plus version

• Compared to previous models, the analysis time is reduced by 15%
• Extend maintenance interval by 30%
• Has almost no memory effect on the main matrix
• Improved stability

Other features and advantages:

• Unique PMT optical components
• Revolutionary digital spark generator
• Innovative Spark Table Design
• Provide excellent analytical performance in terms of accuracy, precision, and detection limit
• Multipurpose analysis applicable to all metal markets, including major metal producers, metal processors, foundries, contract laboratories, and recyclers
• Real factory calibration using good available reference materials
• Faster online analysis of non-metallic inclusions, including quantitative size analysis of killed steel
• Revolutionary intelliSource dual CCS (current control source) for excellent analysis of each substrate
• Advanced signal acquisition technology and processing algorithms
• Single spark collection using diffusion spark intensity removal algorithm can improve the accuracy of PMT
• Intelligent argon management, equipped with argon saving mode
• Automation solution using ARL SMS products
• Advanced technology/service support

All of these features help optimize productivity and achieve a short-term return on investment:

• Reduce investment costs by:
  • Long instrument lifespan and sustainable upgrade capability (software and hardware)
  • The instrument functions can meet your future needs
• Reduce production costs by:
  • Conduct more accurate and reproducible analysis in the shortest possible time
  • With high stability and low drift correction frequency, the availability of the instrument is improved
• Reduce operational and maintenance costs by:
  • Drift correction samples have low consumption and simple maintenance
  • Significant savings in argon gas during analysis intervals
• Reduce overall cost management by:
  • Make full use of materials
  • Compared to other methods, it has lower operating costs.