Romaco at AAPS 2019 in San Antonio
Single-source supplier Romaco will take advantage of the upcoming AAPS 2019 to show laboratory equipment for pharmaceutical research. Both Romaco Kilian and Romaco Innojet’s innovative tableting and processing technologies were specially designed for research and development activities.
Romaco Kilian STYL'ONE Evolution single-stroke press
Pharmaceutical companies engaged in research have for years now trusted in Romaco Kilian's STYL'ONE Evolution single-stroke press technology. This user friendly tableting robot is equipped with ANALIS, the intelligent PAT software system which is utilised to develop new formulations, for example, analyse process data or conduct scale-up tests. The technology automatically determines the compression forces that are necessary to produce tablets with a specified thickness or breaking strength. The STYL'ONE additionally creates compression force profiles of all standard high speed presses. Tableting processes can be systematically optimised in this way and errors diagnosed. The single-stroke press achieves a maximum output of 1750 tablets per hour at compression forces of up to 80 kN.
Depending on the test set-up, the laboratory press is capable of manufacturing mono-layer, multilayer or core tablets. The ROCO Pack software can moreover simulate the roller compaction process. Thanks to the highly automated processes when carrying out compression and performance studies, users save considerable time analysing and evaluating the results. With a height of not quite two metres, this compact R&D tablet press is very easy to install and fits into almost any laboratory. The technology is suited for a wide range of applications and is used in the pharmaceutical, food and chemical industries. The complete process worktable can be replaced, for instance when processing highly abrasive products. Furthermore, cleaning and maintenance of the Romaco Kilian STYL'ONE Evolution are now much easier owing to the status lamps and utility connections integrated in the machine frame.read more