Gerteis Maschinen + Processengineering AG is the optimal solution for your pharmaceutical dry granulation processes. From R&D trials to continuous manufacturing, Gerteis pharmaceutical roller compactors can process powders, even those with extremely poor flow properties, far better than any other machine on the market – without the need for vacuum or roller cooling.
Gerteis is pleased to offer a range of roller compactors suitable for the pharmaceutical, nutraceutical, and chemical industries.
The Pactor series can be upgraded for high-containment applications and processing potent pharmaceutical compounds. Linear scale-up from R&D to Full-Scale production is easy due to Gerteis’ patented feed design. Our product portfolio includes machines capable of product output ranging from 10g per trial up to 400kg/hr.
Macro-Pactor®
- High volume roller compactor for dry granulation, engineered to be seamlessly scalable from pilot projects to full-scale production
- Batch and Continuous Manufacturing
- OEL <0.1µg/m³, 100g trial – 400kg/hr
Mini-Pactor®
- Roller compactor for dry granulation, ideal for laboratory development and small-scale production batches
- R&D and Small-Scale Manufacturing
- OEL <0.1µg/m³, 10g trial – 100kg/hr
Mini-Polygran®
- Ideal for the laboratory with reduced parts to ensure easy changeover and cleaning processes
- R&D and Small-Scale Manufacturing
- OEL <10µg/m³, 10g trial – 40kg/hr
Polygran®
- Roller compactor for dry granulation with simplified handling and controls for improved ease-of-use
- R&D and Intermediate-Scale Manufacturing
- OEL <10µg/m³, 500g trial – 300kg/hr
Ultra-Pactor®
- Guarantees optimal protection for the operator from highly active and hazardous substances
- R&D trials to Full-Scale Production
- OEL <0.1µg/m³, 10g trial – 400kg/hr
Small Scale Mill
- Built for milling small amounts of a roller compacted pharmaceutical material
- Pilot and Trial batches ranging from a few grams to 50g can be milled in one pass
- The Small Scale Mill reproduces the same milling as the PACTOR® series with an almost identical particle size distribution