Lotix TOC Combustion Analyzer

TOC users from around the globe requested an instrument that meets the following criteria: simplicity, performance, and durability. The Lotix TOC Combustion analyzer is designed to accurately measure carbon content in aqueous matrices down to the ppb level. It uses proven high temperature combustion, oxidation of carbon material into carbon dioxide, and detection using a new Non-Dispersive Infrared (NDIR) detector. Lotix is the ultimate solution for waste water, drinking and surface water, ground water, sea water, and other hard to oxidize matrices with an economical price to fit any budget.

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Update time:2024-10-17

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Overview
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Overview

TOC users from around the globe requested an instrument that meets the following criteria: simplicity, performance, and durability.

The Lotix TOC Combustion analyzer is designed to accurately measure carbon content in aqueous matrices down to the ppb level. It uses proven high temperature combustion, oxidation of carbon material into carbon dioxide, and detection using a new Non-Dispersive Infrared (NDIR) detector.

Lotix is the ultimate solution for waste water, drinking and surface water, ground water, sea water, and other hard to oxidize matrices with an economical price to fit any budget.

Features

No costly syringe drives or 7-port valves!
Ability to run 0-20,000 ppm without dilution with a single 0.5 mL injection volume virtually eliminating the need for multiple calibration curves
Easy to use software requiring < 1 minute to set up a calibration curve
Simple design ensures virtually any component can be accessed in minutes, and with the furnace located in the front, combustion tube maintenance is a snap
Real-time viewing of analytical data and printing of completed sample reports while instrument is running
Easy scheduling of priority samples
Ability to export to CSV or PDF and import from CSV files
Average run time for triplicate TOC is 13-15 minutes (depending on concentration)
Uses a pressurized 10 L water reservoir to clean the sample pathway, loop and needle before and after each sample without using any positions on the autosampler