Takt time and cycle time: what is the difference?
A short definition of takt time and cycle time, an example from manual assembly, and how Arkite handles it.
Takt time and cycle time: what is the difference?
Takt time is the pace at which a product must be completed to meet customer demand: available production time divided by the demand. Cycle time is the time a workstation or operator actually needs to complete one unit.
- Takt time = available time divided by customer demand
- Cycle time = actual time to complete one unit
- Cycle time above takt time means a bottleneck
Takt time and cycle time in manual assembly
Takt time is a target set by demand. If a shift has 450 minutes of available time and customers need 90 units, the takt time is 5 minutes per unit. Cycle time is measured: how long the station really takes for one unit.
When the cycle time of a station is longer than the takt time, the line cannot meet demand at that station. Measuring cycle time per step shows which step causes the delay.
In manual assembly, cycle times vary per operator, variant and shift, so measuring them continuously is more useful than a one-time time study.
How Arkite handles it
- Cycle time per unit, job, variant and workstation recorded automatically
- Expected cycle time shown on the operator screen
- Step durations compared with the average, live
- Data exported to Power BI or other BI tools
Questions about takt time and cycle time
What is the formula for takt time?
Takt time = available production time / customer demand in the same period.
What is the difference between cycle time and lead time?
Cycle time is the time to complete one unit at a station. Lead time is the total time from order to delivery.
How do you reduce cycle time in manual assembly?
Remove searching and interpretation with clear guidance, avoid manual confirmations, and use step data to find and fix the slowest steps.
See it on your own product.
A live demo shows how Arkite guides, checks and records manual work.