Sievers GE M9 TOC Analyser

GE Sievers M9 Laboratory TOC Analyzer complete with GE Autosampler

Device was removed from the lab of a 'blue chip' pharma company located in Ireland. Device comes sold as seen in the pictures without any ancillary equipment. Device is fully functional, but may require calibration

The GE Sievers M9 Laboratory TOC Analyzer provides you with precise, dynamic detection that stays on point and remains easy to maintain and easy to use. This TOC analyzer comes equipped with the Sievers Membrane Conductometric Detection method that produces a dynamic range of six orders of magnitude that prevents drift overtime for great stability.  This total organic carbon analyzer is quick to set up, with an intuitive dashboard touch screen interface that helps to simplify not only set up but data analysis after. The M9 interface guides users through setup, protocols, an at-a-glance consumables status, and alert messages. Protocols and methods that are used on a daily basis can be stored to get you up and running fast. 

The GE Sievers M9 Laboratory TOC Analyzer is built for discrete grab samples via sample vials and sipper tubes. This TOC analyzer can also be connected to an autosampler for automated high-volume sample analysis. The compact size of the M9 Laboratory makes it ideal to be kept nearby on the lab bench. This total organic carbon analyzer is well suited to analyze a variety of sample matrices and concentrations with a range of 0.03 ppb to 50 ppm, and reading in a little as 2 minutes, twice as fast as previous generations and with the added Turbo mode you can see results in as little as 4 seconds. Turbo mode operates in a narrower range than normal measurements, from 0.20 ppb to 10 ppb, by measuring every 4 seconds even small excursions are collected. The Sievers M9 requires no special training to use and has an autoreagent feature that automatically selects optimal flow rates. With its responsive results and simple maintenance routine this GE Sievers M9 Laboratory TOC Analyzer is an ideal choice for applications in the pharmaceutical, microelectronics, power, manufacturing, and environmental industries.