Rack mounted gas-phase ion migration spectroscopy analysis system

GC-IMS 1000 is a rack mounted analysis system based on gas chromatography ion mobility spectrometry, including GC-IMS 100 mainframe and other configurations. The system adopts a standard rack design and can be installed on desktops, standard cabinets, etc. The gas phase ion migration spectrometer has built-in sampling module, valve module, rapid chromatography module, bipolar ion migration spectroscopy module, high-performance industrial computer module, etc. Adopting negative pressure inhalation direct injection method, fully inert pipeline and valve group, it is suitable for detecting and analyzing trace gas samples, and can directly sample environmental air, gas bags and other samples. The instrument can set different sampling methods such as sampling and interval time to meet various needs such as single injection and continuous injection. Built in full Chinese operation interface software, capable of completing qualitative and quantitative analysis of data on a single machine. The system can be equipped with standard rack mounted zero gas generators, dynamic diluents, and other instruments for concentration gradient sample testing or quality control.

Product Features

Fast and reliable chromatographic analysis, achieving multi-stage program control and more accurate separation results

◇ High stability non radiative photoionization source, no health threat, maintenance free

◇ Bipolar ion detection, simultaneous analysis of positive and negative product characteristic factors in one injection, ppt level high sensitivity

◇ Fully inert design, simple operation, accurate analysis, convenient operation and maintenance, comprehensive scene applicability

◇ Full Chinese software interface, intelligent and easy-to-use data analysis

Application field

Ecological environment

Odor/odor gas monitoring, emergency monitoring of toxic gases, detection of VOCs in water, soil, etc

scientific research

Flavor analysis of agricultural products, identification of counterfeit landmark products, traceability of origin, optimization of processing technology, monitoring of plant BVOCs, etc

Engineering industry

Natural gas sulfide detection, semiconductor AMC monitoring, automotive interior odor detection, etc

medical hygiene

Detection of VOCs in human exhaled breath and metabolites, screening of exhaled breath for diseases, anesthesia monitoring and analysis of its preparations, etc

Public safety

Analysis of hazardous materials such as explosives, detection of fumigants in containers, inspection of illegal animal and vegetable food by customs, detection of oil and gas leaks, etc

military industry

CWAs&TICs monitoring, confined space life support, military medical research, etc