Robust and scalable kinetic model generation from automated small scale experimentation
Predicting polymer solubility across concentrations and temperatures using Crystal16 and machine learning
When data quality makes the difference in polymer solubility modeling
Influence of solvent composition on crystallization kinetics across scales and experimental methods
Automated and standardizable approach to quantify crystal nucleation and growth kinetics: Extension to inorganic salts
Automating crystallization with the Crystal16 & Crystalline
Automating reaction screening with ReactALL
Technobis expands service partnership with oneservice to Europe – delivering a unified customer experience across the United States and Europe
Efficient filtration in reaction chemistry with ReactALL’s new quartz frits
Introducing ReactALL’s in-situ pH probe – a reliable way for chemists to continuously measure and control pH in reaction monitoring
Vial-scale methodology for the measurement of nucleation kinetics, using evaporative crystallization
Binary solid–liquid and liquid–liquid equilibria of ε-caprolactam
In-situ monitoring of carbamazepine crystallization using Raman spectroscopy
Impact of impurities on ice nucleation in pharma solutions
Technobis launches DoseALL™: a fully automated liquid dosing module to accelerate chemical synthesis R&D
Technobis partners with oneservice to deliver enhanced support to U.S. clients
Development of a solvent based recycling process for agricultural film
The effect of water on the crystallization of phytosterols and phytostanols in organic solutions
