Packaging · Productivity

Improving a packaging end-of-line

Illustrative progressive retrofit to reduce micro-stops and manual handling at the end of a packaging line.

Illustrative use case
Improving a packaging end-of-line
01
Context

Starting point

The main machine produces correctly, but output depends on manual operations and poorly adapted conveying. Small stops accumulate downstream.

02
Problem

What needs to improve

  • Accumulation and jams
  • Unsynchronised labelling
  • Manual transfer between operations
  • Variation across product formats
03
Possible architecture

A solution to validate with the site

  • Flow mapping and bottleneck measurement
  • Conveying with accumulation zones
  • Presence / position sensing
  • Synchronisation of marking or labelling
  • Assisted or automated case packing depending on ROI

Illustrative use case — architecture and results must be confirmed using real site data and representative products.

Technical scoping sheet

What must be confirmed before designing the solution.

These points are intentionally practical: they prepare a site visit, trial or pre-study.

01Trigger+

Micro-stops, accumulation or manual handling at line exit.

02Architecture to validate+

Conveying + accumulation + labelling / checking + transfer / palletising as needed.

03Data to collect+
  • Upstream / downstream throughput
  • Formats and change frequency
  • Micro-stop time and causes
04Acceptance criteria+
  • No critical accumulation
  • Controlled changeover time
  • Jams and interventions measured
05Watch points+
  • Bottleneck moved elsewhere
  • Atypical formats
  • Maintenance access
Project architecture and performance are validated against the actual site context.

Key point

Observe real micro-stops before changing hardware.

  • Map accumulation zones
  • Separate format issues from control issues
  • Measure operator recovery actions

Pre-qualification

The real site context will determine the final architecture.

Describe the need →