Insights by AMPTIUS | AMP Tech Instruments
Price and cost of ownership of ICP MS Nexion 2000 B
Investing in an ICP-MS NexION 2000B requires careful consideration of both the purchase price and long-term ownership costs. A new system costs around $170,000, while a refurbished unit with a warranty averages $100,000, offering significant savings. Beyond the initial price, ongoing expenses include argon gas, consumables (torches, cones, nebulizers), and routine maintenance. Additionally, software updates and compliance costs may apply, especially in regulated industries.
Long-term ownership also involves service and repair costs, which can be expensive if major components like the RF generator, vacuum pump, or detector fail. A certified refurbished NexION 2000B can help reduce costs while ensuring reliability, as it undergoes rigorous testing and comes with a warranty. For labs looking to maximize their budget, balancing upfront investment with ongoing maintenance is key to making a cost-effective decision.
ICP-MS NexION 2000B is Excellent for EPA Method 200.8 & Other Heavy Metal Analysis
The PerkinElmer NexION 2000B ICP-MS is a high-performance instrument designed for trace-level heavy metal analysis, making it an excellent choice for EPA Method 200.8 and similar regulatory applications. This method, widely used for drinking water and environmental testing, requires precise and accurate quantification of metals such as lead (Pb), arsenic (As), mercury (Hg), and cadmium (Cd) at parts-per-trillion (ppt) levels. The NexION 2000B’s Universal Cell Technology™ (UCT) provides superior interference removal, ensuring compliance with EPA, FDA, and other global standards for elemental analysis.
Beyond environmental testing, the NexION 2000B is also extensively used in pharmaceutical, food safety, clinical, and industrial applications. It plays a crucial role in USP <232>/<233> elemental impurity testing, semiconductor-grade material analysis, and nutritional metal screening in food products. With triple quadrupole ion deflection, advanced collision/reaction cell technology, and high-throughput sample capabilities, this ICP-MS system delivers unmatched sensitivity, accuracy, and efficiency for a wide range of elemental analyses. Whether for regulatory compliance or cutting-edge research, the NexION 2000B stands out as a reliable and powerful solution for heavy metal detection.
Agilent 7900, Thermo Fisher iCAP RQ ICP-MS and other Systems Similar to the Nexion ICP MS 2000B
The Agilent 7900 ICP-MS is a powerhouse in elemental analysis, built for high-sensitivity, fast analysis speeds, and high-matrix tolerance. Whether you’re testing environmental samples, pharmaceuticals, or food safety materials, the 7900 delivers unmatched performance. Thanks to its ORS^4 collision/reaction cell technology, it handles interference removal with precision, while its Ultra-High Matrix Introduction (UHMI) system allows for direct analysis of complex samples without excessive dilution. But as powerful as it is, the Agilent 7900 isn’t alone in the high-performance ICP-MS market. It faces serious competition from PerkinElmer’s NexION 2000B, Thermo Fisher’s iCAP RQ, and Shimadzu’s ICPMS-2030, each bringing unique advantages to the table.
The PerkinElmer NexION 2000B is a direct competitor, especially for labs requiring more flexible interference removal options. Instead of Agilent’s ORS^4 system, NexION 2000B uses Universal Cell Technology (UCT), allowing users to switch between collision, reaction, and standard modes, giving more control over how interferences are eliminated. On the other hand, the Thermo Fisher iCAP RQ goes head-to-head with Agilent’s automation capabilities, featuring QCell technology for precise interference rejection without sacrificing high-throughput performance. If cost and efficiency are your main concerns, the Shimadzu ICPMS-2030 is a practical, budget-friendly option, designed for low argon consumption and simplified operation, making it a solid choice for routine testing.
So, which one is right for you? If you need high-speed, high-throughput analysis with minimal maintenance, the Agilent 7900 is a rock-solid choice. If your work demands maximum control over interference removal, the NexION 2000B offers superior flexibility. The Thermo Fisher iCAP RQ finds a sweet spot between automation and sensitivity, while the Shimadzu ICPMS-2030 keeps things simple, cost-effective, and easy to run. It all comes down to your lab’s workflow, sample complexity, and budget—so choosing the right ICP-MS system is about finding the best balance of performance, efficiency, and long-term cost-effectiveness.
Labs & Universities Using ICP MS instruments like the NEXION 2000B
The PerkinElmer NexION 2000B ICP-MS is a trusted instrument across research institutions, environmental testing labs, and pharmaceutical facilities. Designed for ultratrace elemental analysis, it meets the stringent demands of regulatory testing, industrial applications, and cutting-edge scientific studies. Whether analyzing heavy metals in water, pharmaceutical impurities, or nanoparticles in biological and environmental samples, this system is a go-to choice for high-sensitivity ICP-MS workflows.
At Rice University, the Shared Equipment Authority utilizes a NexION 2000B ICP-MS for research across multiple disciplines, supporting trace element detection in environmental and material sciences. Similarly, the Geochemistry Research Group at California State University, Chico, integrates the NexION 2000 into its analytical workflows, ensuring precise quantification of metal concentrations in geological and environmental samples.
Meanwhile, Vanderbilt University’s Civil and Environmental Engineering Department relies on the NexION 2000B for analyzing trace metals in water, soil, and biological matrices. Its combination of Universal Cell Technology™ and robust interference removal makes it a preferred choice for tackling complex sample compositions in academic and industrial settings. Whether in regulated industries or research laboratories, the NexION 2000B continues to shape high-precision elemental analysis worldwide.
