1. Crystallization Technology 1) API Crystallization Technology Transformation of the active pharmaceutical ingredient (API) of a drug from a solution into a solid crystalline form which leads to: ?Better stability ?Better bio-availibility ?Higher purity 2) Innovative Crystallization Technology Process simplification ? No seeding ? No particle engineering & reshaping ? Less footprint ? Higher quality of Crystals ? Process intensification ? Real-time release approach 3) Process intensification ? One step operation (no seeding, no micronisation) Precise control of spontaneous nucleation ? Micro-fluidic tubular reactor 2. Encapsulation Technology Goals & benefits in various fields: ? High degree of stability of the substance: increase the shelf-life ? Controlled & gradual release of the active ingredient ? Reduced side effects 3. Pervaporation Technology A selective liquid-liquid separation process through dense membrane.
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COMPANY INTRODUCTION
1. Crystallization Technology 1) API Crystallization Technology Transformation of the active pharmaceutical ingredient (API) of a drug from a solution into a solid crystalline form which leads to: ?Better stability ?Better bio-availibility ?Higher purity 2) Innovative Crystallization Technology Process simplification ? No seeding ? No particle engineering & reshaping ? Less footprint ? Higher quality of Crystals ? Process intensification ? Real-time release approach 3) Process intensification ? One step operation (no seeding, no micronisation) Precise control of spontaneous nucleation ? Micro-fluidic tubular reactor 2. Encapsulation Technology Goals & benefits in various fields: ? High degree of stability of the substance: increase the shelf-life ? Controlled & gradual release of the active ingredient ? Reduced side effects 3. Pervaporation Technology A selective liquid-liquid separation process through dense membrane.
