MicroDISS 2-20ml mini Dissolution Tester from PION
The microDISS Profiler™ offers enhanced accuracy in small volume dissolution testing for various dosage forms including tablets, capsules, powders, and films. It enables intrinsic dissolution studies of miniaturized compressed pellets and supports biorelevant dissolution, excipient and salt screening, as well as dynamic media composition changes. The system is ideal for monitoring polymorphic transitions and precipitation patterns, and for determining both intrinsic and kinetic solubility in aqueous and non-aqueous media. Additionally, it facilitates solution stability testing of drug candidates, nanoparticle dissolution profiling, supersaturation behavior studies, and the impact of micro- and nanonization on dissolution performance.
The in situ fiber optic UV monitoring system is designed for real-time concentration measurement in small volumes ranging from 2 to 20 mL. Powered by AuPRO™, the most comprehensive dissolution data analysis software in the industry, it allows users to evaluate solubility, intrinsic disc dissolution rate, dissolution profiles, supersaturation, and precipitation patterns with high precision. Featuring a user-friendly graphical interface, the system enables simultaneous real-time data collection and analysis, providing efficient and accurate insights into complex dissolution behaviors.
Features
Versatile
Smart software and flexible architecture allow for multiple experimental conditions on a single platform.
Robust
The MicroDISS Profiler™ employs dip-style probes engineered in stainless steel.
Fast and Accurate
Up to 8 individual Photo Diode Array Spectrophotometers allow data collection of UV/VIS spectra (200 – 720 nm) at 1nm resolution as often as every two seconds from all vessels simultaneously. Allows to work with variety of volumes and stirring speeds within a single experimental set up.
Cost-effective
Ideal for small volume dissolution (2-20 mL), with interchangeable pathlength tips to bring the cost-efficiencies of combined speed and flexibility.