ARL iSpark Plus Series OES Metal Analyzer

Products > Spectroscopy > ARL iSpark Plus Series OES Metal Analyzer

The ARL iSpark Plus Series is a high-performance OES spectrometer platform based on the best PMT (photomultiplier tube) optics. It features enhanced functionalities and other innovative technologies:

The ARL iSpark Plus version comes with

• 15% faster analysis time compared to previous models
• 30%longer maintenance intervals
• Virtually no memory effect on major matrices
• Improved stability

Additional features and benefits:

• Unique PMT optics
• Revolutionary digital spark generator
• Innovative spark stand design
• Superior analytical performance in terms of accuracy, precision, and limits of detection
• Analytical versatility to address all metals markets, including primary metal producers, metals processors, foundries, contract labs and recyclers
• True factory calibrations performed with best available reference materials
• Ultra-fast, on-line analysis of non-metallic inclusions, including quantitative size determination in killed steels
• Revolutionary intelliSource double CCS (current controlled source) for optimal analysis in every matrix
• Advanced signal acquisition technologies and processing algorithms
• Single Spark Acquisition with diffuse spark intensity removal algorithm to improve accuracy on PMTs
• Smart argon management with argon saving modes
• Automation solutions with ARL SMS products
• Advanced technical/service support

All these features help to optimize productivity and achieve the shortest return on investments:

Investment costs are reduced by:

• Exceptional instrument lifetime and continuous upgrade possibilities (software and hardware)
• Instrument capability to cover your future needs

Production costs are reduced by

• More accurate and reproducible analyses in the shortest possible time
• Increased instrument availability due to high stability and low frequency of drift correction

Operating and maintenance costs are reduced by:

• Low consumption of drift correction samples and simple maintenance
• Significant argon savings during and between analyses

Overall cost management is reduced by:

• Optimum utilization of materials
• Extremely low running costs compared to other methods.

Read More