New

in Inductively Coupled Plasma Mass Spectrometer (ICP-MS)

LabTech LabMS5000 ICP-MS/MS

Name: LabTech LabMS5000 ICP-MS/MS - Scientificchina.com
SKU: LABTECH-D8CAABD113

Available in stock

Features

The LabMS5000 ICP-MS/MS is a next-generation triple quadrupole mass spectrometer launched by LabTech. This product continues the high stability, high tolerance, and user-friendliness of the LabMS3000, while employing MS/MS mode to achieve controlled and reliable interference... Contact Scientific China for configuration, availability, MOQ and quotation.

Compare

SKU: LABTECH-D8CAABD113 Category: Inductively Coupled Plasma Mass Spectrometer (ICP-MS) Brand: LabTech

Scientific China

Store

Scientific China

Store

People Also Viewed

Shipping

Additional information

Product Category	Analytical Instruments / Mass Spectrometry / Inductively Coupled Plasma Mass Spectrometer (ICP-MS)

Questions & Answers

Product Enquiry

Description

LabTech LabMS5000 ICP-MS/MS

Product overview

The LabMS5000 ICP-MS/MS is a next-generation triple quadrupole mass spectrometer launched by LabTech. This product continues the high stability, high tolerance, and user-friendliness of the LabMS3000, while employing MS/MS mode to achieve controlled and reliable interference elimination, thereby expanding application scope and improving detection efficiency.

Featuring both single quadrupole and triple quadrupole capabilities, it allows flexible selection based on different application requirements, simplifying your analytical work. Its powerful and versatile detection capabilities make it wellsuited for a wide range of applications, including semiconductors, the nuclear industry, environmental monitoring, food safety, life sciences, biopharmaceuticals, geology, and metal analysis.

Key features

Precision: MS/MS mode achieves controlled and reliable interference removal, precisely eliminating mass-interfering ions, resulting in lower detection limits and accurate ultra-trace analysis.
Stability: Equipped with an industrial-standard 27 MHz solid-state generator, it provides exceptional system stability; its excellent ion transmission system ensures good detection stability even in MS/MS mode.
Reliability: Certified by SEMI S2 and equipped with up to ten layers of safety protection, it provides comprehensive safeguards to ensure long-term, safe, and reliable instrument operation.
Robustness: The full-matrix sample introduction system, combined with optimized interface design and enhanced ion transmission, delivers powerful matrix tolerance, effectively reducing signal drift even during direct high-matrix sample introduction.
Intelligence: The HiMass intelligent workstation features one-click operation, guided workflows, and a modular design with a simple, intuitive interface, reducing learning time and significantly improving work efficiency.

Applications

Environmental

Applicable for elemental analysis in environmental samples such as groundwater, surface water, seawater, wastewater, drinking water, soil, solid waste, air, and exhaust gas, providing lower detection limits and more reliable results compared to single-quadrupole ICP-MS.

Food & Beverage

In food samples, certain doubly charged rare earth element (REE) ions have the same mass as major analytes, which can hinder accurate measurement of trace arsenic (As) and selenium (Se). The LabMS5000 ICP-MS/MS effectively removes polyatomic and doubly charged interferences, allowing accurate determination of trace As, Se, and other elements in all food samples.

Pharmaceutical

Applicable for determination of heavy metals and elemental impurities in traditional Chinese medicine, chemical drugs, and pharmaceutical excipients. The MS/MS mode provides controlled and reliable interference removal, effectively eliminating matrix interferences from complex samples like traditional Chinese medicine, achieving lower detection limits and reliable results.

Medical

Applicable for detection of major elements, trace nutrients, and heavy metals in biological samples such as blood, urine, and hair, as well as for therapeutic drug monitoring. Many diseases are caused by changes in protein structure induced by environmental changes, such as protein phosphorylation. The reaction mode of LabMS5000 ICP-MS/MS can accurately measure the S and P content in proteins and determine the degree of protein phosphorylation via the S/P ratio.

Disease Control

Applicable for detecting inorganic elements, especially heavy metals, in drinking water and various foods, providing lower detection limits and more reliable results compared to single-quadrupole ICP-MS.

Geology & Mining

Applicable for elemental analysis and isotope ratio determination in geological and mineral samples. The LabMS5000 ICP-MS/MS employs “chemical separation” to resolve isobaric interferences, directly separating overlapping isotopes (e.g., 204Hg and 204Pb, 87Rb and 87Sr, 176Lu and 176Hf), simplifying sample preparation, increasing analytical throughput, and providing a reliable and practical solution.

Forensics

Applicable for gunshot residue analysis, forensic material characterization, source tracing, and toxicity analysis. The ultra-low detection limits of LabMS5000 ICP-MS/MS provide highly sensitive and reliable results for forensic applications.

Industrial Materials

Applicable for elemental analysis in biomaterials, chemical materials, nanomaterials, and metallic materials. The ultra-low detection limits of LabMS5000 ICP-MS/MS deliver more precise results for material research.

Energy & Chemicals

Applicable for trace impurity analysis in coal, crude oil, fuel oil, naphtha, residual oil, petroleum asphalt, petroleum coke, and petrochemical products. The ultra-low detection limits of LabMS5000 ICP-MS/MS provide more precise analytical results.

Semiconductor Analysis

Nuclear

Applicable for trace impurity analysis and uranium isotope ratio determination in nuclear fuel and nuclear materials. The MS/MS mode enhances abundance sensitivity, separates peak tailing overlaps (e.g., 238U and 237Np), provides ultra-low detection limits and reliable results, enabling direct and accurate determination of radionuclides.