Gas Chromatograph-mass Spectrometer GCMS 9700A

Gas Chromatograph-mass Spectrometer description

The GCMS 9700A Gas Chromatography-mass Spectrometer is a high-performance single quadrupole GC-MSD independently developed by CAIDAO. It has independent intellectual property rights and is fully self-controllable. The product has excellent qualitative and quantitative performance and can be widely used in many fields such as environmental monitoring, food safety, petrochemical, teaching and research.

Gas Chromatograph-mass Spectrometer features

1.The temperature and pressure control precision of gas chromatography has reached the international first-class level.

2.The wide temperature RF power supply can adapt to various laboratory environments and perform more stably.

3.High-precision all-metal quadrupole, ensuring good resolution.

4.Quadrupole mass analyzer with pre-quadrupole, more resistant to pollution.

5.Electron multiplier with high-energy dynode, guaranteeing excellent sensitivity.

6.The high-performance turbomolecular pump ensures the high vacuum environment

7.of mass spectrometry.

8.The inert ion source has high ionization efficiency, and the dual filament design provides double the service time.

9.Autosampler, purge and trap, thermal desorption, and headspace sampler can be configured according to the state of the sample.

Reliable analysis results come from technology that strives for perfection

Gas Chromatograph-mass Spectrometer Application

The product integrates the functions of instrument tuning, data processing, and data analysis to improve the operational performance of the instrument and make research work more efficient.

Food safety: pesticide residues, flavors, fragrances, additives, packaging materials.

Environmental monitoring: air, water quality, soil, solid waste.

Industrial manufacturing: textiles, cosmetics, electrical and electronic products, plastic products, biomedicine.

Petrochemical: refinery, chemical plant.

Public security system: criminal investigation, explosives, drugs, physical evidence identification.