Same step: 4 minutes for one operator, 12 for another.
You can't tell which is right. Without a defined sequence, both look fine from outside.
Changeover Configuration & Standards
Most changeovers run from memory, hand-offs, or a stale printout. Tasks drift by shift and operator — documented on paper, improvised in practice.
Define what changes between products — specs, tasks, sequences, roles — and lock it as the standard. Every run follows it. No printing. No version drift.
A binder, a laminated sheet, or a shared folder last updated years ago. New operators shadow someone experienced — when that person leaves, so does part of the knowledge.
When the standard lives in people's heads, it drifts.
You have vs. what you need
You have
Memory and verbal briefings
You need
Task sequence per product pair
You have
Old paper SOPs
You need
One live standard, one place
You have
Everyone does it their way
You need
Steps on any device
Not just slower runs — blocked on the floor, in the debrief, and when you try to improve.
Same step: 4 minutes for one operator, 12 for another.
You can't tell which is right. Without a defined sequence, both look fine from outside.
18 minutes over. Which step caused it?
No target times, no task owners — the debrief is memory, not a process review. Nothing concrete to change.
Mould swap is the bottleneck. You want 18 minutes → 10.
You can't tighten a step that was never defined. 'Faster' is pressure, not a standard.
Map products and how they differ — material, temp, tooling, any SKU-changing spec. Each from → to pair gets a task list: order, owner role, target duration.
When a changeover starts, the right list loads automatically. No printing. No lookup. The standard is already there.
New operator. Shift B. Line 2. First time on this changeover.
Same task list as everyone else — order, specs, roles. The standard lives in the system, not in whoever is free to walk them through it.
Line 3 · 3 product pairs
SKU-A100 → SKU-B200 · 8 tasks
Cleaning
Flush conveyor belt
Operator 5 minPurge residual HDPE material
Operator 4 minTemperature
Ramp barrel to 220 °C
Operator 8 minHold until stable (±2 °C)
Operator 3 minTooling
Remove mould #42
Maintenance 6 minInstall mould #78
Maintenance 6 minTorque bolts to spec
Maintenance 3 minSign-off
First-piece QC check
QA 5 minThat gap has a name, a timestamp, and an owner — on the timeline, not reconstructed in a debrief.
Every later run is a comparison. Decisions come from data, not instinct.
After your first run
One product pair, one run. You leave with a standard, a task timeline, and a baseline.
Timestamped sign-off
Audit-ready from run one
Gantt of every task
See where time was lost
A repeatable standard
Not tied to who showed up
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