LabTech LabMS5000 ICP-MS/MS | Estimated Price: US$213,000

LabTech LabMS5000 ICP-MS/MS

The LabMS5000 is a triple quadrupole ICP-MS/MS instrument for elemental analysis. Single-quadrupole and tandem operating modes support application-specific interference control.

Manufacturer-stated features and specifications

• 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.
• 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.

Estimated equipment price only. Shipping, import duties, installation, and logistics are additional and vary by destination and shipping method. We will contact you to confirm the total cost before processing your order.

Additional manufacturer details

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.

Applications

Environmental analysis; Food and beverage testing; Pharmaceutical analysis; Medical and public health research; Semiconductor analysis; Geology and mining; Forensic analysis; Industrial materials analysis; Energy and chemical analysis; Nuclear analysis. Suitability depends on the configured method and sample matrix.