SWAN Analytical Instruments
Studbachstrasse 13
Postfach 398
CH-8340 Hinwil / Switzerland
Phone: ++41 (44) 943 63 00
Fax: ++41 (44) 943 63 01
E-Mail: swan@swan.ch

International SWAN Distributor Meeting 2014

September 01 - 03, Hinwil Switzerland


SWAN Analytische Instrumente AG has successfully concluded the 2014 International SWAN Distributor Meeting at its Headquarter in Switzerland last week.


More than 100 participants from over 35 countries have shared their success stories and market experiences. Open discussions about all aspects of instruments and applications in various industries as well as the introduction of our newly launched products are key aspects of our yearly meeting.


Workshops, presentations and social events during the three days helped us not only to discuss business related issues but also to meet old and new friends from far away.


We would like to thank all of our distributors who made the way to Hinwil and took the change to exchange their practical experience with their colleagues from all around the world.

AMI LineTOC - The elegant way of TOC measuring

Since its launch in 2011, many leading representatives of the pharmaceutical industry have been convinced by the benefits of our TOC-Analyzer, the AMI LineTOC.


To meet the specific needs of the pharmaceutical industry, we have listened to our customers in order to continually develop and improve our TOC-Analyzer over time.


The focus of the development of the TOC-Analyzer concentrated on three areas:

  • The precision and accuracy of direct UV-oxidation have been verifiably improved by means of technical optimizations
  • The analyzer can be reviewed at regular intervals by an automatic function test
  • The user-friendly design of the device and the possibility to also test grab samples, provide additional reassurances in operation


All these changes are included in our current analyzer AMI LineTOC, making it cutting edge technology able to cope with future demands.

Read more about innovations to improve the accuracy and reliability of UV oxidation direct conductivity TOC measurement methods in the attached article.