a Fortune 500 packaging manufacturer's Kentucky facility
Packaging AMRs Reach 2 Million Annual Deliveries, Save $250,000 Monthly
See how a Kentucky packaging facility used AMRs for 2 million annual deliveries and $250,000 in monthly savings through disciplined selection.
- $250K
- monthly savings
- 2M
- annual deliveries
- 17
- light-payload AMRs
- 2
- heavy-payload AMRs
Based on a documented real-world deployment. Figures are from public reporting; the organization is not named.
Flexible flow for a changing product mix
A Fortune 500 packaging manufacturer's Kentucky facility faced a material-flow problem shaped by customer demand. Product lines and variations kept changing, so the plant needed repetitive transport automation that could expand with production without sacrificing productivity.
The immediate job was precise: move finished goods away from palletizers and carry pallets onward to shrink-wrapping. Fixed infrastructure risked constraining future layouts, while the plant needed a pallet transport robot strategy that could accommodate a dynamic industrial floor.
- Preserve flexibility as product variations and production needs changed
- Move finished goods from palletizers to shrink-wrapping
- Judge each option on safety, ease of use, scalability and flexibility
- Confirm that the hardware, software and service model could endure industrial conditions
A disciplined path from comparison to scale
The automation team compared fixed conveyors, guided vehicles and autonomous mobile robots against the operating criteria. After AMRs emerged as the best fit, the team researched suppliers online, studied systems at trade shows and issued a formal request for information.
Shortlisted suppliers then faced closer scrutiny. The team examined safety priorities, industrial durability, adaptability, software intelligence, product maturity and long-term support before selecting the fleet.
The Kentucky facility became the operating proof point before the program expanded to additional US facilities. The public account does not detail operator training or the exact rollout sequence, so those activities should not be attributed to this deployment.
- Define the transport job and the operational criteria
- Compare fixed and mobile automation architectures
- Research the market through independent channels and a formal request
- Validate shortlisted systems against floor conditions and long-term support
- Establish a repeatable operating model before wider deployment
Material movement at production scale
The deployed fleet combined 17 light-payload AMRs with 2 heavy-payload AMRs. Together, they completed 2 million deliveries annually across the facility's material-movement workflows.
The documented financial result was $250,000 in monthly savings. That figure is reported as monthly savings and is left in that form here, without extrapolation or an invented payback period.
The larger lesson sits behind the headline. A mixed AMR fleet handled different load classes while preserving the adaptability that changing packaging lines demanded.
From documented result to a practical buying model
This deployment is an independent industry example, not a Service Robot Co. client claim. It shows why AMR fleet deployment begins with the load, route, interfaces and operating environment, then moves to supplier selection.
Service Robot Co. is a full-service, OEM-neutral commercial robot integrator for US businesses. We select equipment across manufacturers, arrange lease rental or sale, finance, map, deploy, integrate, train and service each unit through a nationwide US engineer network.
For a plant evaluating autonomous mobile robot rental, AMR rental or a capital purchase, that lifecycle model keeps robot deployment and integration under a single accountable vendor. The goal is a robot that fits your floor, backed by maintenance planning and field service after go-live.