The ConsiGma continuous high-shear granulation and drying system from GEA Pharma Systems uses continuous production technology instead of traditional batch technology to produce granules. The system ...

A technical forum featuring Tim Freeman of Freeman Technology and Carl Levoguer of Malvern Instruments. PharmTech: In your experience, What attributes besides particle-size distribution must be ...

CPI, a British process development services firm, is collaborating with GlaxoSmithKline and AstraZeneca to establish a continuous wet granulation facility for small-scale development of solid-dose ...

Adopting a Quality by Design (QbD) approach for wet granulation requires manufacturers to comprehend the correlation between process variables, such as powder characteristics and equipment ...

Romaco will showcase its innovative solutions for aseptic filling, tableting, granulation and coating of pharmaceutical products based on Macofar, Kilian and Innojet technologies at the upcoming ...

• Hovione and GEA further strengthened their partnership, resulting in the launch of the ConsiGma® CDC flex Continuous Tableting Technology and the installation of a lab-scale R&D rig in Hovione´s ...

Freeman Technology and GEA Pharma Systems are collaborating to advance the application of continuous wet granulation and drying technology in the pharmaceutical industry. The work involves Freeman ...

The Romaco Group, a leading global supplier of processing and packaging equipment, predominantly for the pharmaceutical industry. will present highly efficient solutions for primary packaging, aseptic ...

A leading global supplier of processing and packaging equipment, predominantly for the pharmaceutical industry, Romaco Group at the upcoming Achema 2015 in Frankfurt will show end-to-end solutions for ...

Romaco will showcase its solutions for aseptic filling, tableting, granulation and coating of pharmaceutical products based on Macofar, Kilian and Innojet technologies at P-Mec 2015 in Mumbai. The ...

In dry granulation, powders bind because of the application of mechanical stress. As particles are forced to be within closer proximity, entrained air is forced out, bulk density increases, and a ...