Enter your available production time and customer demand to find your takt time: the pace your line has to hit to ship on time. Takt time is the target. Nulogy Smart Factory, along with Nora, our built-in AI assistant, shows actual cycle time against it as the shift runs, so your team sees a slipping line before it misses an order.
Takt time answers one question: how often does a finished unit need to come off the line to keep up with demand? Enter your shift pattern and daily demand below, then add your current cycle time to see whether your line can keep pace. Want to see where the time goes? Try our OEE calculator or cycle time calculator.
Takt time is the pace of customer demand: how often a finished unit has to come off the line for you to ship what customers ordered, on time. The term comes from the German Taktzeit, meaning beat or pulse. It was used to pace German aircraft production in the 1930s, and Toyota later made it a core part of lean manufacturing.
Takt time is a target set by demand. It sits alongside two other timing measures that people often mix up:
The rule that matters: cycle time has to stay at or under takt time. When cycle time runs longer, the line falls behind demand a little more with every unit.
The calculator works out the time your line is actually scheduled to produce, divides it by the units customers need, and compares the result with your cycle time.
A takt number is only useful if the floor can see how it is tracking against it:
Use planned time, not clock time. Take breaks, meetings, and scheduled maintenance out of available time. A 10-hour day with an hour-long lunch has 9 hours to work with, and takt time should reflect that.
When cycle time runs over takt, you have three levers. Add time (overtime or another shift), add capacity (another line or operator), or take time out of the cycle by cutting downtime, small stops, and changeovers. The last one is usually the cheapest.
Watch the gap during the shift, not after it. Nulogy Smart Factory tracks actual cycle time against target by line and shift, so supervisors see a slipping line while there is still time to recover. LetsGetChecked improved cycle times by 13% at its Dublin facility once that data was live.
Stop waiting until the end of a shift — or the end of the week — to understand what happened on your shop floor. Nulogy Smart Factory gives manufacturers a live production monitoring system to track OEE, downtime, scrap, throughput, and line performance from a single connected dashboard.
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Oral Biotech used Nulogy Smart Factory to replace manual production reporting with real-time production monitoring. By capturing live shop floor data - including previously missed short stops - the team gained better visibility into performance issues, improved line efficiency, increased OEE from around 60% to close to 80%, and significantly reduced scrap and rework.
A production monitoring system helps manufacturers track, measure, and improve shop floor performance in real time.
Nulogy Smart Factory connects to your existing equipment — no rip-and-replace — and starts capturing live production data in days, not months. Track OEE, downtime, scrap, throughput, and line performance from a single connected dashboard across every shift, line, and site.
Nulogy Smart Factory connects to your existing equipment and shop floor systems. No rip-and-replace required. Start capturing live production data from your lines in days, not months.
Operators log production events, downtime reasons, and job progress directly from the shop floor. Data flows automatically into a single connected platform — no spreadsheets, no manual entry.
Supervisors and managers get instant visibility into OEE, downtime, throughput, and line performance across every shift, line, and site — so they can spot issues and act before they impact output.
Takt time is the pace of customer demand: the time available to produce one unit if you are to meet demand exactly. It comes from the German word Taktzeit, meaning beat or pulse, and is a core measure in lean manufacturing.
Divide available production time by customer demand. Available time is the scheduled time minus planned breaks and stops. One 8-hour shift with 30 minutes of breaks gives 27,000 seconds; if customers need 600 units a day, takt time is 27,000 ÷ 600 = 45 seconds per unit.
Takt time is set by customer demand and tells you how often a unit needs to finish. Cycle time is set by your process and tells you how long a unit actually takes. To meet demand, cycle time has to stay at or under takt time.
Lead time is the total time a customer waits from placing an order to receiving it, including queues, production, and transport. It is usually much longer than either takt time or cycle time.
You can add time with overtime or another shift, add capacity with another line or operator, or shorten the cycle by cutting downtime, small stops, and changeovers. Nulogy Smart Factory shows actual cycle time against target in real time, so you can see which stops are stretching the cycle. LetsGetChecked improved cycle times by 13% with Smart Factory.
Yes. It moves whenever available time or demand moves: a holiday shift, a scheduled meeting, a bigger order. Many lean plants set takt for a period and review it on a schedule rather than chasing it daily. The goal is a stable pace the floor can plan around.
It turns customer demand into a pace the floor can see. With takt time posted at the line, a bottleneck shows up the moment a station can’t keep pace, non-value-added work stands out, and the line settles into a routine. That’s why lean teams call it the heartbeat of the line.
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