Hellma Spectroscopy Probes and Retractable Fittings From Knick

Achema 2024 was the premiere of the sales cooperation between Knick and Hellma. The German companies Hellma and Knick are market leaders and global players with premium-quality products and proven technologies. Both companies want to provide the process technology market a coordinated solution with selected products to make production and manufacturing processes more efficient and safer.

A Strong Team for More Efficiency and Safety in Production and Manufacturing Processes with Spectroscopy Analytics

The presented bundles consisting of a Falcata spectroscopy probe and Knick's Ceramat and SensoGate retractable fittings enable quantifiable increases in efficiency and greater process reliability, even in the most challenging processes. Customers therefore benefit from a comprehensive and integrated advice for their application which takes all relevant parameters into account. Projects and inquiries can thus be realized more quickly and in a more targeted manner. 

Interchangeable fittings from Knick and spectroscopy probes from Hellma 

UV/Vis/NIR probes and measurement cells are already an integral part of modern process analytical technology. Optical spectroscopy helps to keep an eye on production processes and quality control. The key to success is a precise yet robust spectroscopic process interface using optical immersion probes that are integrated directly into the running process and generate relevant process data from the measuring point in real time. As good as efficiency and quality increases can already be achieved at this point, the effect is noticeably improved with a retractable fitting. Thanks to the unique interlock principle of the Knick Ceramat retractable fitting, optical probes can be coupled and uncoupled without interrupting the ongoing process. The joint use of an optical probe and retractable fitting is particularly suitable for harsh applications or applications in adverse process conditions. The Ceramat has a unique, automatic cleaning function that allows the probe to be uncoupled from the running process and cleaned inside the retractable fitting. These cleanings can be carried out automatically and cyclically while the process continues to run. 

Referencing, maintenance, replacement and cleaning without process interruption

When applying spectroscopic methods, it is necessary, regardless of the measuring system used, to perform reference measurements without a medium or with a reference medium and to repeat them at regular intervals. Until now, spectroscopy probes had to be laboriously removed and cleaned for this purpose. For products that tend to stick, there is also an increased need for cleaning to reduce the risk of incorrect measurements. The solution to these and other challenges is high-quality retractable fittings from Knick, which allow safe and convenient handling while the process is running. 

Combination of optical probe and retractable fitting provides clear efficiency benefits 

This means, for example, that a reference measurement can be carried out at any time during the ongoing process. A probe can be cleaned in CIP mode (Cleaning in Place), i.e. it can be cleaned on site without having to be laboriously removed. The process does not have to be stopped during probe maintenance or replacement and can continue. This improves the output of the system and reduces waste through continuous process monitoring. A large variety of process connections allows adaptation to different conditions. 

About Hellma GmbH & Co. KG

Hellma is an independent supplier and world leader in spectroscopic analytical solutions and has been the leading manufacturer of precision optical products made of glass and quartz glass for UV/Vis/NIR spectroscopy for over 100 years. Customers from industry and research worldwide value Hellma products for their high quality and reliability. In a wide range of process and laboratory applications, their high precision guarantees the best and reproducible measurement results in analytics. 

www.hellma.com

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