SOTAX Group launches brand new Xtend™ Dissolution Line
The SOTAX Group, a global leader in the development and manufacturing of dissolution testing, automated sample preparation and physical testing equipment for the pharmaceutical industry, is launching the brand new Xtend™ Dissolution Line.
The ability to flexibly respond to permanent change in today’s fast-paced pharmaceutical environment can make the difference between success and failure. Fast time-to-market requirements, outsourcing, relocations, shift of manufacturing capacities and short return on investment considerations ask for equally flexible testing solutions in R&D and quality control laboratories. The fully modular and scalable Xtend™ concept is 100% based on this basic premise and allows lab scientists to tailor dissolution testing to both their current and future needs – making their investment future-proof.
This new concept consists of new individual and standardized Xtend™ modules such as the AT dissolution bath, the CP pump, the FS filter station and the SAM sample manager which can be flexibly combined for different automation requirements – from manual bath to semi- and fully automated dissolution system. Irrespective of the chosen configuration, all modules and components of the Xtend™ Dissolution Line are extremely robust as they are designed for the most demanding conditions of a fully automated system running 24 hours per day.
The Xtend™ Dissolution Line also simplifies method transfer – making scale-up from R&D to QC with different throughput requirements and changing workloads easier than ever. From qualification to writing SOP’s, lab scientists can keep in place what is already used, described, and validated.
Lab scientists’ investments are secure as they can flexibly manage tomorrow’s demands. With a proven track record of thousands of systems installed world-wide and more than 40 years of experience in dissolution testing, the Xtend™ Dissolution Line is a safe investment. All system modules incorporate the very latest technology for maximum efficiency and provide for highly reliable dissolution testing based on precision-made high quality components.
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