Four reasons to upgrade to next-generation ICP-OES technology

White Paper

Four Reasons to Upgrade to Next-Generation ICP-OES Technology

Users report that several features of most conventional ICP-OES spectrometers can cause considerable trouble and expense. The difficulties can often be traced to inherent weaknesses in the instruments’ design. In older instruments, these may contribute to clearly substandard results. Even in newer spectrometers, if they’re based on traditional technology, problems may persist. Overall, shortfalls most frequently result in downtime, lost productivity, lower sensitivity and stability, and a much higher cost of ownership.

Fortunately, innovative engineering improvements have helped eliminate these bothersome spectroscopy headaches. Some next-generation systems surpass conventional designs to deliver consistent, rapid, accurate — and considerably less expensive — results.

This new paper outlines the shortfalls that users experience with conventional ICP-OES analyzers and explains how and why next generation technology can substantially improve analytical performance while reducing laboratory costs and expenses.

The paper explains how new ICP-OES technology helps to:

  • Improve operational uptime
  • Optimize productivity and throughput
  • Increase sensitivity and stability
  • Lower the total cost of ownership
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