Products & Reviews

The HLf-Series pumps give you the same accurate, predictable flow and pressure control as our standard D-Series, while conforming to safety standards for use in UL Class I, Division 2, Groups A B C & D, T4 environments. The hazardous location rating is achieved through internal design modifications including the use of brushless DC motors. This approach eliminates the need for purge boxes or other additional safety devices. 

The 65X is our best pump for very high pressures or very low flow rates.

The CombiFlash NextGen 300 is configurable to your needs. Like the 300+, safety features including active vapor, solvent level and waste-level sensing are standard. The system is designed for liquid injections, operating at up to 300 psi (20 bar).

The CombiFlash NextGen 100 offers flow rates up to 100 mL/min and operating pressures up to 150 psi (10 bar). This is an economical, basic system designed to perform both normal and reverse phase purifications.

The Vision G2 Classic 6 dissolution tester is a compact, rugged workhorse, precision engineered to ease the rigors of a manual dissolution test.

The Vision G2 Elite 8 dissolution tester is a versatile performance machine, built with the highest quality components and engineering for automated dissolution testing.

The Vision AutoPlus offers precision pump mechanics, all-inert syringes, valves, tubing, and fluidics, and a choice of 6 or 8 sampling channels in DissoScan™ (single-bath) or Maximizer™ (multi-bath) configurations.

The CD14 Comparative Dissolution allows testing of two different drugs at once. Hanson’s Super Precision Vessel™ provides more consistent vessel-to-vessel dissolution test results in USP Apparatus 2.

The CD AutoPlus is designed for plug-and-play operation with 14-vessel CD14 Comparative Dissolution Testers. With 10 mL syringes and a volume accuracy of ± 1%, the CD AutoPlus easily accommodates sampling intervals under 5 minutes.

Fully automated sampling, collection, and media replace with the ability to run up to 24 cells at once from a single computer workstation