Boosting energy input and milling efficiency in a mixer mill with 3D-printed milling bodies

Key Points

• The aim is to enhance milling efficiency and reduce energy consumption using 3D-printed milling bodies.
• Implemented a mixer mill with specially designed 3D-printed milling bodies.
• Analyzed energy input and efficiency during milling processes.
• Observed a significant increase in milling efficiency with 3D-printed bodies compared to traditional milling tools.
• Measured energy consumption reduction, improving overall sustainability of the process.

Abstract