Corrugated Bottom-Printing Die-Cutting & Stacking Line Project Update
A public engineering summary for a Brazil project covering synchronized die-cutting motion, stacking collection, control-cabinet manufacturing and factory acceptance testing.
Project Background
A compact control solution for complex box orders
The equipment is a bottom-printing die-cutting and stacking collection line for corrugated packaging production. Its application scope includes complex die-cut boxes, machine-pack boxes and pre-printed box orders, with a process designed to support one-point multi-die-cutting workflows.
The line combines die-cutting and stacking collection in one modular production concept. Its operating targets include precise counting, intelligent operation, safe and efficient production, continuous paper feeding and bundle output without reducing speed.
Motion Control Scope
Siemens multi-axis synchronization
The control architecture uses Siemens multi-axis motion modules together with S220 multi-axis motion-control drives and PID algorithms to coordinate synchronized die-cutting motion. The PLC is Siemens S7-1516T and the HMI platform is Siemens.
Machine-side outcomes
Vacuum stacking, clean waste removal, modular stacking modes and stable continuous feeding support different packaging orders.
Operator-side outcomes
The line is designed around precise counting, intelligent operation and a two-to-three-person operating team.
VectorTech Delivery
Electrical design through FAT
VectorTech Controls was responsible for electrical design, control-cabinet manufacturing, wiring, commissioning and FAT. The work advanced the electrical design on the basis of the original equipment, with a more compact layout, a more reasonable safety circuit and remote diagnostics.
The public case does not disclose the customer name. The project country is Brazil, and the reference is shared to demonstrate practical multi-axis motion, machine safety, HMI and control-panel integration for corrugated equipment.
Project Photos
Line details and application evidence
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The full case page contains the complete project gallery and engineering scope. The servo motion service page explains how the same capability can support packaging, cutting, printing and corrugated equipment.