a Minnesota licorice and confectionery plant
Confectionery Case Packer Reaches 60 to 70 Packages per Minute
A Minnesota confectionery plant automated case packing, reaching 60 to 70 packages per minute while moving employees into higher-value operating roles.
- 60/min
- documented packing rate
- 70/min
- documented upper rate
- 1st
- automated packaging lines
Based on a documented real-world deployment. Figures are from public reporting; the organization is not named.
Manual Packing Had Reached Its Practical Limit
Manual packaging required employees at the end of every line. That dependence constrained indirect productivity and left attainable packaging efficiency on the plant floor.
The work was monotonous and offered little challenge or skill development. At faster line speeds, manual support also became the limiting factor rather than a dependable path to greater case-packing capacity.
- Employees were stationed at line ends for manual packaging support.
- Repetitive assignments limited opportunities for higher-value work.
- Packaging efficiency remained unrealized under the manual process.
Industrial Robots Took Over Case Loading
An introduction to an integration partner led a Minnesota licorice and confectionery plant to invest in its first automated packaging lines. Industrial packing robots were applied across multiple lines to place finished packages into cases.
The public record does not specify a formal phased schedule or detailed training curriculum. It does show employees gaining automation operating skills, supported by continuing access to engineers and aftermarket service staff.
- Identify manual case-loading points that constrain packaging flow.
- Match industrial packing robots to package presentation, case geometry, and line cadence.
- Move affected employees into operating roles where they can build automation skills.
- Retain engineering and service support after the equipment enters production.
Case Packing Reached a New Cadence
The automated packaging lines reported rates of up to 60 or 70 packages per minute into cases. The source states that this cadence would have overwhelmed the plant's previous manual support.
Indirect productivity increased, while employees formerly stationed at line ends moved into higher-value roles. People working with the automated systems gained additional marketable skills, and the systems were reported to provide useful adaptability as production needs changed.
A Practical Model for End of Line Automation
This is an independently documented example, not a Service Robot Co. client deployment. Its value is diagnostic: successful end of line automation depends on attainable package flow, thoughtful labor reassignment, operator readiness, and support after go-live.
Service Robot Co. is a full-service vendor neutral robot integrator for US businesses. It selects equipment across manufacturers, finances it, handles robot deployment and integration, trains operators, and services every unit through a nationwide US engineer network. Customers retain a single accountable vendor across the commercial robot lifecycle.