HPTLC can be used for Qualitative and Quantitative analysis. So HPTLC has a wide field application. The use of HPTLC is highly simplified. Explore the applications which are few out of many of the examples where HPTLC can be used.
Wet chemistry is the most classical format of analytical chemistry. The methods in wet chemistry analysis have a related range of applications. Automation and improvising these classical techniques make it an ideal low cost testing choice.Explore the list of applications to understand how these wet chemistry analyzers can help your sample analysis.
Near-Infrared Spectroscopy has uses like identification, classification and quality control. This is a rapid technique used for various applications. They can be used for online and offline quality monitoring steps. Explore more, different applications on NIR.
Join us on 25 June 2026, 6:00 PM–10:00 PM at Vivotel, Surat for an exclusive seminar on CAMAG HPTLC, KPM SmartChem & KPM Futura technologies. Discover advanced analytical so...
17 Jun 2026
Join us on 17 June 2026, 6:00 PM–10:00 PM, Freesia by Express Inn, Boisar for an exclusive seminar on CAMAG HPTLC, KPM SmartChem & KPM Futura analyzers. Discover advanced an...
16 Jun 2026
Learn how 21 CFR–compliant CAMAG HPTLC enables faster, reliable phospholipid analysis. Join our webinar and explore a solution that can deliver results up to 5X faster than ...
We will be participating at the WPPS CEO’s Conclave 2026 at Taj Ganges, Varanasi. We look forward to connecting with industry leaders and showcasing advanced analytical solu...
An entirely new generation of HPTLC System, specifically for Q.C. lab applications has been launched by CAMAG, Switzerland. There will be up to 5 identical looking instruments side by side with conveyerised movement of plates. Each instrument will perform one step of HPTLC procedure.
Wet chemistry is a proven method for analysis of samples in environmental, industrial, research, and quality control applications. The SmartChem® Series is a wet chemistry platform for automated photometric and electrochemical analysis.