Marbach has developed two system solutions: the Corrugated Performance System (CPS) for flat dies and the CPS-R for rotary dies. These solutions impress packaging manufacturers with maximum productivity, maximum dimensional accuracy, and waste-free results. Both systems stand for stable processes, minimal set-up times, and a significantly extended tool life, regardless of machine type or manufacturer.
Packaging manufacturers are under high pressure every day: machines must run reliably, packaging must be precise and functional, and waste must be avoided. This is exactly where CPS and CPS-R come in. Both systems are based on a standardised design and perfectly matched components that ensure stable and economical processes in any production environment.
With the CPS – Corrugated Performance System, Marbach offers a ‘ready to run’ solution for flatbed die-cutting of corrugated board. The system significantly reduces set-up times and ensures a stable production process without sheet breaks and little to no regrinding of nicks.
The precise coordination of all components – from the cutting rules to the supports to the ejection elements – achieves 100% waste-free results. At the same time, the cutting quality remains consistently high over a long service life.
Another advantage is the lower cutting pressure: through the targeted interaction of the materials, this can be reduced by up to 10%, which protects the machine and material. Each tool is individually matched to the paper quality, ensuring an optimal start to production.
The CPS-R – Corrugated Performance System-Rotary is the rotary version of the system. It offers packaging manufacturers a uniform quality standard for all machine types and locations. Thanks to state-of-the-art laser technology, high-quality materials, and assembly optimised design, the system works precisely and economically right from the start. Waste-free processing, high dimensional accuracy, and short set-up times result in maximum machine uptime and stable production conditions.
In addition, low-wear materials significantly extend tool life and reduce maintenance costs. Users benefit from consistently high die-cutting quality, lower production costs, and smooth processes.
