Improving reliability is often easier in concept than in execution. Reliability is tricky enough to improve in most industries, but paper and packaging manufacturers have their own unique challenges. Here’s how Industry 4.0 and IIoT help you pick up your reliability efforts where these tools leave off.
Increase productivity, quality, safety, and more with Edge solutions.
Smurfit Kappa originally used Braincube to improve production efficiency after installing a new machine. Now they use Braincube to further improve efficiency at factories that are already highly efficient. As one of Braincube’s longest customers, they’re still finding success a decade later.
Teams were able to focus on optimizing processes, instead of be reactive to problems.
Braincube helped Safran collect and structure millions of data points from their production process. Armed with restructured databases, the Safran team continuously improves their production lines at each step of the manufacturing process.
Reductions in cost, energy, and waste were only the start for Oji Paper. With a comprehensive understanding of their most important production variables, Oji Paper’s team makes better on-the-fly decisions to stay compliant.
Dow used Braincube to identify root causes to reduce unplanned events and better performance.
With complex product traceability and a long production cycle, Aubert & Duval needed a robust IIoT solution. They had to integrate data from different systems and facilities, monitoring progress from raw material through the final product. Braincube helped them simultaneously improve process control, quality, and sustainability.
Arjowiggins wanted to use their data in a more meaningful way to help them solve process issues. Braincube built a structured digital twin using Arjowiggins’ historical data. Now, Arjowiggins’ teams are empowered to improve processes and resolve problems on a daily basis.
A large CPG company used Braincube's technologies to uncover the exact settings needed to operate at prime efficiency. This led to better compliance and reduced variability.
