SEIBOLD-Measurement Engineering is an Austrian-based company, specialised in development and production of equipment for measurement and analysis of liquids. Our products are of highest quality and guarantee for supreme a......SEIBOLD-Measurement Engineering is an Austrian-based company, specialised in development and production of equipment for measurement and analysis of liquids. Our products are of highest quality and guarantee for supreme accuracy and repeatability of measurement results. SEIBOLD Online-Analysers are used in industrial applications, e.g. sewage treatment plants, potable water supply and a great variety of industrial processes. The company was founded in 1934 in Vienna and became an important player in the field of measurement engineering over the years. Since the beginning, research and development was one of the utmost concerns of SEIBOLD-Measurement Engineering. Until today, intensive internal research is the key to our success and ensures the ongoing improvement of our products. SEIBOLD-Measurement Engineering is proud of having excellent skilled and highly motivated experts in our team, who develop analysers of highest precision with great passion and gratification. Our cooperation with a great number of successful companies and organisations further ensures ongoing enhancement of the quality of our products and services. Based on more than 70 years of expertise in the fields of chemical, mechanical and electronical engineering, SEIBOLD-Measurement Engineering is perceived and highly valued as reliable partner and manufacturer of innovative products and solutions for the highest demands of our content customers all over the world. Our product range starts from the robust and easy to use series of online-anysers EASY SENSOR, designed for monitoring threshold values, is continued by the series of COMPOSER, developed as fully autonomous measurement and control instruments, and led to the high-end product series of FISH, supporting multi parameter measurements and complex mathematical calculations for measurement results of +/-1% accuracy based on full scale.