Peak impact force testing predicts tablet defect rates more accurately than tensile strength methods for handling and manufacturing conditions.
A shared hot-air heating channel and pre-heating module speed temperature adjustment across dissolution cells while keeping control precise.
Wireless vessel and instrument modules automate dissolution calibration and create un-editable reports to improve data integrity and compliance.
Traditional hardness tests miss rapid energy transfer; impact strike data predicts tablet defect rates for more consistent quality.
Segmented planar heating surfaces enable rapid temperature adjustment of the dissolution medium, resolving slow water bath response times.
A multi-vessel device simulates gastrointestinal fluid dynamics using controlled delivery paths and adjustable pumps for precise solubility testing.
A flux function assessment method evaluates excipient effects on low solubility compounds using a two-chamber lipid membrane system.
Detects base treatment and oxidation markers via mass spectrometry to verify pharmaceutical suitability.