A.G. Stacker brings virtual commissioning to corrugated finishing at Corrugated Week 2026

Moving from physical trials to virtual certainty

For decades, the corrugated packaging industry has accepted a certain degree of physical trial and error when installing new finishing equipment or reconfiguring production lines. Machine downtime, material waste, and extended commissioning periods were simply the cost of doing business. Now, as we move through 2026, the sector is experiencing a structural shift toward virtual commissioning. A.G. Stacker is accelerating this transition by bringing its DUO Digital Twin technology to the production floor, a move the company will highlight at the upcoming Corrugated Week 2026 in Fort Worth, Texas, from September 28 to 30.

At Booth #507, the Virginia-based manufacturer will demonstrate how converters can digitally operate exact replicas of their finishing systems before a single piece of steel is bolted to the factory floor. This approach directly addresses one of the most persistent bottlenecks in corrugated converting: the gap between engineering design and operational readiness.

Simulating the eSERIES ecosystem

The core of A.G. Stacker's showcase revolves around interactive digital twins of its flagship all-electric eSERIES machinery. Attendees will be able to interface with virtual models of the eXT front end system, the eBREAK bundle breaker, and the eZFa automatic load former. By utilizing these digital replicas, plant managers and operators can run simulated production scenarios, test complex job configurations, and conduct operator training in a risk-free environment.

The technical specifications of the physical equipment underscore the necessity for such advanced simulation. The eXT front end system, for instance, is engineered to handle rotary die cutter speeds of up to 20,000 kicks per hour (kph). At these extreme velocities, scrap control and sheet management leave zero margin for error. Testing these parameters virtually ensures that when the physical machine is powered on, the operational baseline is already optimized.

Similarly, the eZFa automatic load former represents a significant leap in end-of-line automation. Developed through an ongoing collaborative partnership with Yaskawa Motoman, the eZFa integrates six-axis collaborative robots (cobots) designed specifically for heavy-duty packaging environments. Simulating the interaction between the bundle breaker, the cobot palletizer, and the load former allows converters to identify potential bottlenecks in the unit load forming process before they impact actual throughput.

Digital shadows and factory planning

Beyond static digital twins, A.G. Stacker is deploying "digital shadow" technology on its eXT system. While a digital twin is a virtual replica, a digital shadow blends physical operations with real-time data tracking, creating a live feedback loop between the machine and its digital counterpart. This capability is crucial for predictive maintenance and real-time process optimization, allowing operators to visualize internal machine dynamics that are otherwise hidden during high-speed production.

To complement the machine-level simulation, the company is also rolling out its SIMCORRA planning software and the GO AG digital application. SIMCORRA functions as a customized virtual factory environment, enabling corrugated operations to test entire floor layouts and production runs. This macro-level simulation ensures that the integration of new equipment like the eBREAK or eZFa does not inadvertently create upstream or downstream constraints.

The integration of these digital tools indicates a maturing market where hardware and software are no longer sold as separate entities, but as a unified production ecosystem. For converters, the ability to validate layouts and train staff virtually translates directly into faster ramp-up times and higher overall equipment effectiveness (OEE).

The transition toward digital twins in the corrugated sector is no longer a futuristic concept; it is a practical necessity for converters looking to maximize uptime and minimize commissioning risks. Will the ability to simulate complex production runs virtually become the new standard requirement in all future machinery procurement contracts? Follow The Paper for daily news, market signals and key updates from the global paper, corrugated and packaging industry. — Sigue toda la actualidad del sector en www.thepaper.ai