Product Description
Brand PerkinElmer
Model 5000
Capacity 34 MHz
CAT No N8160010
Application Spectroscopy
The NexION 5000 multi-quadrupole ICP-MS is innovatively designed to meet and exceed the demanding requirements of ultra-trace elemental applications. It delivers exceptionally low background equivalent concentrations and outstanding detection limits, key to ensuring accurate, repeatable results. Plus, it provides superior interference removal, phenomenal stability and unmatched matrix tolerance, for results you can count on. Discover how the NexION 5000 takes ICP-MS performance beyond traditional triple quad.
Robust Design for Cleanroom ApplicationsThe NexION 5000's construction features cleanroom-compatible stainless steel and specialized polymers, ensuring compatibility with Class 10 or better environments. Its innovative plasma torch enhances system stability, while comprehensive contamination controls support reliable results at extremely low detection limits. This makes the instrument ideally suited for critical semiconductor and electronics analysis.
High Sample Throughput & AutomationMaximize productivity with the system's ability to process up to 240 samples per batch, supported by a fully automated cleaning mode to maintain compliance and minimize cross-contamination. Automated protocols and high-capacity sample handling are paired to deliver consistent results with minimal operator intervention, ensuring efficiency in high-demand settings.
Advanced Software & ConnectivityManaged through the SyngistixTM ICP-MS software, operation is intuitive and flexible, offering remote service capabilities via USB and Ethernet. The large touchscreen LCD control panel further streamlines workflows, while advanced features like variable argon flow up to 20 L/min and fast transient signal acquisition optimize analysis across a broad concentration range.
FAQ's of PerkinElmer NexION 5000 Cleanroom ICP-MS:
Q: How does the NexION 5000 ICP-MS control contamination in cleanroom environments?
A: The instrument utilizes a robust plasma torch design, cleanroom-compatible materials, and automated cleaning protocols to maximize contamination control. It is built for use in Class 10 or better cleanrooms, ensuring ultra-low background levels and reliable detection of trace elements.
Q: What elements can be detected and at what sensitivity?
A: The NexION 5000 is designed to detect key semiconductor-critical elements with detection limits reaching the sub-ppt (parts-per-trillion) range, providing exceptional sensitivity for ultra-trace-level analyses across a wide spectrum of elements.
Q: When should the automated cleaning protocols be used?
A: Automated cleaning protocols are recommended between sample batches or as specified in your laboratory's quality procedures. Regular use maintains optimal cleanliness, minimizes cross-contamination risks, and upholds cleanroom compliance.
Q: Where can the NexION 5000 be installed?
A: This system is specifically engineered for installation in high-grade cleanrooms-Class 10 or better-commonly found in semiconductor, electronics, or ultra-trace-level analytical laboratories.
Q: How does the SyngistixTM software platform benefit users?
A: SyngistixTM ICP-MS software provides an intuitive interface for streamlined operation, method setup, and data management. It supports remote service connectivity and advanced workflow automation, enabling efficient and user-friendly instrument control.
Q: What is the typical process for running a batch of samples?
A: Users load up to 240 samples into the auto-sampler, configure parameters using the touchscreen or software, and initiate the run. The instrument automates sample introduction, data acquisition, routine cleaning, and records trace-level results with high accuracy.
Q: What are the key benefits of using the NexION 5000 in semiconductor applications?
A: The key benefits include ultra-low detection limits, high analytical throughput, robust contamination control, fully automated workflows, and dependable accuracy-vital for ensuring semiconductor and electronics manufacturing quality.