• Phoenix Dry Heat Systems

    The new Phoenix™ dry heat diffusion testing systems from Teledyne Hanson Research provide manual and automated instruments that are more compact, easier to use, and more precise than conventional systems. The Phoenix family of products includes an advanced cell design, a six‐cell manual sampling system with a compact footprint, and an automated sampling system capable of testing up to 24 diffusion cells at once. The Phoenix DB-6 and Phoenix RDS systems and their components are protected under U.S. patent 10,753,841.

     

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  • 6-Vessel Classic 6

    The Vision G2 Classic 6 dissolution tester is the compact, rugged workhorse sibling to the Vision G2 Elite 8. Named in honor of the world’s first dissolution tester, a six-position test station introduced by Hanson Research in 1969, the G2 Classic 6 is precision engineered to ease the rigors of manual dissolution testing. The G2 Classic 6 meets and exceeds worldwide standards including compliance with USP, FDA, ASTM, EP, JP, CE, CSA, RoHS, and 21 CFR Part 11.

     

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  • 8-Vessel Elite 8

    The Vision G2 Elite 8 dissolution tester is a versatile performance machine, built with the highest quality components and engineering. The G2 Elite 8’s ergonomic design and workhorse performance make it ideal for automation and extended applications as well as for 8-sample manual testing. The G2 Elite 8 meets and exceeds worldwide standards including compliance with USP, US FDA, ASTM, EP, JP, CE, CSA, RoHS, and 21 CFR Part 11.

     

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  • 14-Vessel CD14

    The Teledyne Hanson 14-vessel CD14 Comparative Dissolution Tester runs two methods simultaneously or independently—ideal for bioequivalence studies of generic vs. innovator drug formulations. The 14 stirring positions allow for 6+1 or 12+2 configurations for improved workload efficiency in R&D, formulations, QC, and stability-test labs. With digital temperature probes at 12 positions the CD14 comparative dissolution tester is able to test two different formulations with separate settings for every parameter under the same temperature conditions.

     

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