Single quadrupole gas chromatography-mass spectrometry (ISQ)

The design of ISQ makes the GC-MS system cleaner and longer in operation, thereby maximizing instrument operating time and improving laboratory efficiency. No need to disassemble the vacuum, cooling system, and spend time cleaning, reassembling, and restoring the system. The ion box, lens group, and pre quadrupole rod heated in ISQ ensure that the system stays clean for a longer period of time.

Full Source Removal for *^TM(Disassemble the ion source as a whole) Improve the normal operation time of the instrument and provide guarantee for continuous operation every day.

The industry's fastest scanning speed can be utilized across the entire range of mass numbers, combined with high-performance gas chromatography to improve sample analysis throughput.

The expanded range of quality metrics provides more diverse analytical capabilities.

The full scan/SIM alternating scan technique can confirm and screen compounds in the same analysis.

ISQ'scharacteristic

• Quality range of 1.2-1100 u

The vacuum locking device supports the overall disassembly of the ion source without the need for vacuum

S-type pre quadrupole is more helpful in reducing noise

ExtractaBrite ion source improves analytical flexibility and durability

• Fast acquisition rate compatible with high-speed gas chromatography

The detachable cylindrical ion source design makes maintenance more convenient and allows for easy switching of ionization modes

Full scan/SIM alternate scan enables qualitative and quantitative analysis in one injection

The fine tuning control design of dual filaments makes operation more reliable

QuanLab Forms analysis application software enables you to easily collect, view, and report GC-MS data

Analyze flexibility

Electron bombardment ionization (EI) mode is suitable for unknown substance analysis - GC-MS standard configuration

Chemical ionization (CI), including positive ion chemical ionization (PCI) for molecular weight confirmation and negative ion chemical ionization (NCI) for improving selectivity and sensitivity. The standard configuration of its pulsed positive and negative ion chemical ionization (PPINICI) allows for alternating scanning of PCI and NCI in a single injection.

Extended functions

• Liquid and headspace sampler options

DEP/DIP direct injection rod

Various injection port options with large volume injection capability

EnviroLab Forms and ToxLab Forms designed according to specific market needs, supporting data collection, review, and reporting based on different workflows

Various gas chromatographs meet your laboratory analysis needs

• Compatible with other injection techniques such as thermal desorption, sweep capture, and solid-phase microextraction (SPME)