Shimadzu LCMS-2010A Quadrupole Mass Spectrometer with SIL-HT Autosampler and 6000 amu/sec Scan Rate

The Shimadzu LCMS-2010A is a high-performance quadrupole Liquid Chromatography Mass Spectrometer (LC-MS) designed for ultra-sensitive detection and quantification of non-volatile and thermally unstable compounds. It features a Q-array ion guide composed of three quadrupoles with varying radii, providing focused ion delivery optimized for complex matrix analysis. The system supports full scan and selected ion monitoring acquisition modes with up to 64 combinations of acquisition conditions, making it highly versatile for molecular weight confirmation and trace analysis.

Key technical attributes include:

• Fast scanning electronics capable of 6000 amu/second for rapid data acquisition, essential in high-throughput biotechnology workflows.
• The Angle Spray interface enhances ionization efficiency without the need for venting, streamlining maintenance and uptime.
• Integrated SIL-HT Autosampler offers fast injection speeds, with injection volume repeatability of 0.3% RSD at 10 µL and minimal cross-contamination (<0.01% with naphthalene), suitable for high-throughput bioprocessing and molecular diagnostics.
• Robust ion optics include octapole RF guides for precise ion focusing, critical in applications such as synthetic biology, molecular cloning workflows, and biopharmaceutical production pipelines.

Weighing 122.47 kg (270 lbs) and manufactured in the United States, this system supports complex sample matrices commonly encountered in clinical diagnostics and biomedical engineering research. It is ideal for laboratories requiring reliable, fast mass spectrometric analysis integrated with high-throughput autosampling capability.

This model remains widely adopted in biotechnology research fields that demand sensitivity and scanning speed, such as gene editing validation and live cell metabolic profiling. The instrument is supplied in fair used condition with minor errors and includes a 30-day warranty, supporting critical workflows in cell imaging and fluorescence analysis setups when combined with LC separation.