How do you calculate palletizing cycle time?

Divide cases by the palletizing rate for base hours, then multiply by the allowance factor. At 120 cases and 12 cases/min the base is 10 hours, and a 10% allowance gives 11 planned hours.

What does the pallet-change allowance account for?

It covers time the palletizer is not stacking: discharging full pallets, indexing empties, stretch-wrap handoff and setup. The 10% allowance here adds 1 hour to the 10-hour base.

Why is planned time higher than base time?

Base time assumes uninterrupted stacking at the rated speed. Real runs stop for every pallet change, so planned time, 11 hours in the example, is the schedulable figure.

What is a good palletizing rate?

It depends on case size, layer pattern and robot reach, but the rate must come from observed performance on your patterns. At 12 cases/min a 120-case run needs 10 base hours.

How do I know if the palletizer keeps up with the line?

Compare planned palletizing time against the case packer's output time for the same cases. If palletizing takes longer, it becomes the bottleneck and you need buffer accumulation or a faster pattern.

Cases per minute vs layers per minute, which should I enter?

Enter cases per minute. If your palletizer is rated in layers, multiply layers per minute by cases per layer first so the rate matches the case count you entered.

Packaging Automation & End-of-Line Systems calculator

Palletizing Cycle Time Calculator

Palletizing cycle time is the hours needed to stack a run of cases onto pallets at a given rate, including the dead time for pallet changes and setup. Production schedulers and line engineers use it to slot palletizing into the daily plan, confirm the palletizer keeps up with the case packer, and quote load-out windows to logistics. Pallet changes, stretch-wrap handoffs and infeed gaps make the rated speed optimistic, so the allowance matters. This calculator turns a case count and a stacking rate into a realistic planned palletizing time.

What this calculator does

Estimate how long it takes to palletize a run from the cases to stack, the palletizing rate, and an allowance for pallet changes and setup.
Use it when you are scheduling palletizing for a run and need a realistic time including pallet changes.
It divides cases by the palletizing rate to get base hours, then applies a pallet-change and setup allowance to produce planned palletizing time.

Formula used

Base palletizing time = cases to palletize ÷ palletizing rate
Planned palletizing time = base palletizing time × allowance factor

Inputs explained

Cases to palletize:
Palletizing rate:
Pallet change and setup allowance:

How to use the result

Use it to schedule a palletizing run, verify the palletizer matches upstream output, or quote a load-out window.
It assumes a constant stacking rate; full-pallet discharge stalls, layer-pattern complexity and infeed starvation can push actual time beyond the planned figure.

Current U.S. benchmarks

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Common questions

How do you calculate palletizing cycle time? Divide cases by the palletizing rate for base hours, then multiply by the allowance factor. At 120 cases and 12 cases/min the base is 10 hours, and a 10% allowance gives 11 planned hours.
What does the pallet-change allowance account for? It covers time the palletizer is not stacking: discharging full pallets, indexing empties, stretch-wrap handoff and setup. The 10% allowance here adds 1 hour to the 10-hour base.
Why is planned time higher than base time? Base time assumes uninterrupted stacking at the rated speed. Real runs stop for every pallet change, so planned time, 11 hours in the example, is the schedulable figure.
What is a good palletizing rate? It depends on case size, layer pattern and robot reach, but the rate must come from observed performance on your patterns. At 12 cases/min a 120-case run needs 10 base hours.
How do I know if the palletizer keeps up with the line? Compare planned palletizing time against the case packer's output time for the same cases. If palletizing takes longer, it becomes the bottleneck and you need buffer accumulation or a faster pattern.

Last reviewed 2026-05-12.