Calculate the Production Pace Your Line Needs
Enter your shift schedule and customer demand to find takt time. Understand whether your line can keep up and where to focus improvements.
Shift Configuration
Non-Productive Time
Customer Demand
Takt = 435 min available / 400 units = 65.3 sec/unit
Takt Time
65.3
seconds per unit
Moderate Pace
Available Time
435
min/day
Takt Time
1.09
min/unit
Throughput
55.2
units/hr
Time Breakdown
Achievability
Your takt time gives operators a comfortable window to complete each unit. This pace is sustainable for manual and semi-automated processes.
120s+
Comfortable
60-120s
Moderate
30-60s
Fast
<30s
Very Tight
How Takt Time Works
Takt time is the heartbeat of lean manufacturing. It tells you how often you need to produce one unit to meet customer demand during available production time.
Takt Time = Available Production Time / Customer Demand
Total shift time minus all non-productive time such as breaks, meetings, planned maintenance, and changeovers. Only count time when operators are actually building product.
The number of units customers require per day (or per shift). Use actual order rates, not forecasts, for the most accurate takt calculation.
Worked Example
A plant runs one 8-hour shift with 30 minutes of breaks and 15 minutes of startup/cleanup time. They need to produce 400 units per day.
This means one finished unit must come off the line every 65 seconds to meet demand. Every workstation should be balanced to complete its tasks within this window.
Tips for Using Takt Time Effectively
Takt time is a target, not a guarantee. Here is how to put it to work on the shop floor.
Getting Started
- 1.Compare takt time to your actual cycle time at each station
- 2.Balance workloads so no station exceeds the takt
- 3.Recalculate when demand changes seasonally or with new orders
- 4.Post the takt time visually so the whole team knows the pace
Common Pitfalls
- 1.Ignoring unplanned downtime when calculating available time
- 2.Using forecasted demand instead of confirmed orders
- 3.Setting takt without accounting for scrap and rework
- 4.Forcing operators to match takt without fixing process constraints first