Used inductively coupled plasma source mass spectrometer
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- Type: ICPMS-2030 LF
- Date of Manufacture: June 2021
- Place of Origin: Japan
- Manufacturer:: Shimadzu Corporation (Kyoto, Japan)
Introduction
Isa’s ICP-MS-2030 LF is a highly sensitive and stable instrument for trace element analysis, specifically designed for routine laboratory analysis and high-throughput detection scenarios. It is a precision instrument used for detecting pharmaceuticals and biomedicine, semiconductor materials, food safety and nutritional substances, environmental monitoring, semiconductor and electronic industries, etc.
- Equipment Name: Inductively Coupled Plasma Mass Spectrometer (ICP-MS)
- Manufacturer: Shimadzu Corporation (Kyoto, Japan)
- Place of Origin: Japan
- Date of Manufacture: June 2021
- EU Authorized Representative: SHIMADZU EUROPA GmbH (Duisburg, Germany)
Item | Details |
Brand | SHIMADZU |
Type | ICPMS-2030 LF |
Catalog No. | 211-95300-58 |
Serial No. | B43005900167 |
Electrical Spec | 200-240V, 50/60Hz, 4kVA |
Outage Capacity | <14kVA |
Certification of Compliance | CE, UKCA, CAN ICES-1/NMB-1; KC Certification, UKCA Certification, Electric Shock Warning Label |
Equipment Model Identification | R-R-emz-ICPMS-2030LF |
Equipment Name | Inductively Coupled Plasma Mass Spectrometer (ICP-MS) |
ISM Equipment Classification | Group 2 Class A |
British Importer Information | SHIMADZU UK Limited |
Address | Unit 1A, Mill Court, Tilstones Road Wolverton Mill South, Milton Keynes MK12 5RE, U.K. |
Place of Origin | Made in Japan |
Low noise design: LF stands for “Low Frequency”. Its unique radio frequency power supply and ion lens system can significantly reduce background noise, and perform exceptionally well in detecting ultra-trace elements (such as ppb and ppt levels).
Efficient ion transmission: Utilizing an optimized ion optical system, it enhances ion transmission efficiency and ensures stable and accurate signals even in complex matrix samples.
Intelligent software and automation: The LabSolutions ICP-MS workstation is equipped with intelligent software and automation features, supporting method development, automatic tuning, data processing, and report generation; it is compatible with automatic samplers, enabling unmanned batch sample analysis.
Maintenance convenience: The modular design makes it easier to disassemble and clean core components such as the ion source and cone, reducing downtime and lowering usage costs.
Wide dynamic range: It can simultaneously detect elements ranging from ultra-trace to high concentrations, eliminating the need for frequent sample dilution and improving analysis efficiency.
Simultaneous analysis of multiple elements: One sample injection can complete the qualitative and quantitative analysis of most metal elements, non-metal elements (such as P, S, As), and some isotopes in the periodic table.
Isotope ratio determination: Used for precise measurement of isotope ratios in fields such as geological tracing, food authenticity verification, and environmental tracing.
Fast screening capability: For complex samples (such as blood, soil, wastewater), it can complete the rapid screening of dozens of elements within a few minutes.
Matrix tolerance: Through the collision/reaction cell technology (CRC), it effectively eliminates interference from multi-atomic ions and is suitable for analyzing complex matrix samples with high salt content and high organic matter.
Typical application scenarios:
– Monitoring and detecting heavy metals (Cd, Pb, Hg, As) and trace pollutants in surface water, groundwater, soil and atmospheric particulates, meeting strict limit requirements stipulated by environmental protection regulations.
– Analyzing harmful elements (such as heavy metals, rare earth elements) and nutritional elements (Fe, Zn, Se) in food and agricultural products to ensure food safety and quality.
– Detecting trace element levels in blood, urine, and tissues for disease diagnosis, drug metabolism research, and toxicological assessment.
– Conducting ultra-trace analysis of impurities in high-purity chemicals and metal contaminants on wafer surfaces to ensure the purity and performance of electronic materials.
– Determining trace elements and isotope ratios in rocks and ores for mineral deposit genesis research and resource exploration.
– Testing metal residues in raw materials and preparations for pharmaceuticals to comply with ICH Q3D and other regulations on element impurities.
