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The Latest from BUSS
CPS-F Pelletizer
Built for using with the BUSS CSS-F Discharge Unit as well as adapting and integrating into third-party plants, the CPS-F is designed for stable, efficient, and flexible pelletizing in modern compounding systems. At K 2025, BUSS presented the new CPS-F Pelletizer for the first time. The system drew high interest from visitors across industries for its compact design, high accessibility, and consistent cutting performance. ...
SenseHUB® – Connectivity and smart services
Knowing what's going on - and what's coming up: SenseHUB® from BUSS turns data into real added value for compounding processes. If you know your data, you can plan smarter and react faster. For maximum production efficiency and targeted maintenance planning, condition data, OEE key figures, and integrated service are bundled in a structured manner in the networked SenseHUB platform...
BUSS at K 2025
With innovative developments such as the CPS-F pelletizing system, the SenseHUB® digital platform, and proven solutions such as COMPEO and modular units, the exhibition stand is all about intelligent technology, flexible integration, and practical digitalization. Another highlight: 80 years after the first patent application for the co-kneader, the Swiss company is celebrating...
80 Years of Compounding Innovation
In 1945, BUSS obtained the license to a groundbreaking invention: the co-kneading principle, developed by Heinz List. This marked the beginning of what would become decades of compounding excellence...
Maximum Production Output from Compounding to Pelletizing
Plastic Insights Article: Perfect Interaction. Read about the advantages of the separated process zone and pressure build-up in the discharge unit. Learn what makes the BUSS co-kneading technology different.
Compounding of Battery Electrodes
How to process battery electrode compounds with our COMPEO compounder series... A well-mixed electrode layer is crucial for efficient battery operation. Inconsistent mixing can lead to performance issues and reduced battery life. There are two main types of mixing systems currently used for electrode materials: batch and continuous...
