Analytical Instrumentation
Smaller Footprint, Higher Throughput – New Platform for Wet Chemical Analysis Enables Fully Automated, Parallel Titrations
Jun 29 2016
Performing 4 different titrations simultaneously on a single, fully automated system is the new state of the art in titration. The new OMNIS platform by Metrohm (Switzerland) includes an of x-y-z sample robot, taking the efficiency of wet chemical analysis to new levels.
Higher sample throughput …
Besides a titrator, the new OMNIS platform includes an x-y-z sample robot that is modular by design and accommodates up to seven racks with a maximum capacity of 175 samples altogether.
… on a smaller footprint …
It makes a substantial differences in terms of footprint to accommodate 175 samples on the square design of a modular x-y-z system vs. distributing the same number of samples across two or even three discrete autosamplers with turntables. The amount of bench space saved with the new titration platform is considerable.
… at a more competitive price …
As the capacity of turntable sample changers is inherently limited, pushing the limit used to mean investing in another autosampler and a titrator, possibly more, depending on the sample volume. Not so with the OMNIS platform. The OMNIS Sample Robot can be scaled up module by module from size S to M to L all connected to the same titration stand.
… in much less time
Fully automated parallel titration at 4 work stations means: getting the same number of samples analyzed for the same parameters up to three times faster than by sequential analysis. The titrations performed at 4 work stations can be all of the same kind or different ones – the new platform can handle both.
Digital Edition
PIN 25.1 Feb/March
March 2024
In This Edition Safety - The technology behind the ION Science Tiger XT - Safety with ammonia and LOHCs as hydrogen carriers Analytical Instrumentation - Discussion on new tribology te...
View all digital editions
Events
Apr 28 2024 Montreal, Quebec, Canada
Apr 30 2024 Birmingham, UK
May 03 2024 Seoul, South Korea
May 05 2024 Seville, Spain
May 06 2024 Riyadh, Saudi Arabia