Marketplace products from category Mass detectors focused on LC/MS from LabRulez - page 1

Agilent 1260 Infinity + SCIEX Triple Quad 5500 is a sensitive ESI LC-MS/MS platform combining MRM quantitation with a 600 bar binary LC, automated sample introduction, and thermostatted column control.

Bruker microTOF-Q II is a high-resolution ESI-Qq-TOF system with a 50–20,000 m/z range, 1–2 ppm mass accuracy, up to 20,000 FWHM resolution, and accurate-mass MS/MS. The system can be fully refurbished.

Waters ACQUITY QDa is a compact single-quadrupole LC-MS detector with a 30–1250 m/z range, ESI+/ESI−, and Full Scan/SIR modes, bringing MS selectivity to routine HPLC and UPLC workflows.

This Agilent 6230B LC/TOF configuration combines a complete Agilent 1200 Series HPLC stack, diode-array detection, accurate-mass TOF MS, and a Peak NM32LA nitrogen generator. The 6230B provides >22,000 resolution at m/z 1522 and <1 ppm installation mass accuracy, while the LC system adds four-solvent gradients, automated sample handling, and controlled sample and column temperatures.

The Agilent InfinityLab MS Flow Modulator Valve enables controlled flow modulation between LC and MS in Agilent 1290 Infinity II systems and supports stable, reproducible LC/MS analyses.

The Agilent G3199C Quiet Cover is a noise-reduction enclosure for BOC Edwards vacuum pumps used especially in LC/MS systems. It reduces operating noise while simplifying oil maintenance with an integrated oil pan and kickstand, improving both laboratory comfort and service efficiency.

The Thermo Scientific MSQ Plus with AXP-MS and Edwards E2M30 is a compact single quadrupole LC/MS system with high sensitivity, ESI/APCI support, and a robust vacuum solution.

Agilent Ion Injector G1964-80112 for the 6495D LC/TQ, 1.2 mm × 90 mm, designed for stable and sensitive LC-MS/MS analysis.

Agilent MS Flow Modulator Valve 5067-4292 for optimizing LC-MS flow and ensuring stable ionization.

Agilent MS Flow Modulator Valve 5067-4292 for optimizing LC-MS flow and ensuring stable ionization.