The real constraint
Test which station change actually raises finished output.
- Recreate the current line
- Measure blocking and starvation
- Test one station change at a time
Throughput
improvement.
Find what truly limits output. Fix what actually moves it.
We model your line as it runs today, test proposed changes on equal demand, and show which gain survives real variation.
The real challenges.
A busy machine, a long queue, and a slow process can each look like the problem. Only a system-wide view shows what is limiting delivered output. Explore five challenges using the cards or arrows below.
How simulation helps
The real constraint
Hidden lost time
Buffers & flow
Competing fixes
Next bottleneck
01 / 05
Hidden lost time
Include real interruptions so the model reflects a full shift.
- Use observed stop patterns
- Model recovery and setups
- Compare good and difficult runs
Buffers & flow
Watch how work-in-process fills and drains between stations.
- Model finite buffers
- Track waiting and blocking
- Test useful buffer changes
Competing fixes
Give every proposed change the same baseline and demand.
- Run each fix separately
- Compare delivered output
- Rank practical options
Next bottleneck
Re-test the improved line to see where the limit moves.
- Find the next constraint
- Test headroom after the fix
- Stress-test variable weeks
Explore all five challenges · Select a card or use the arrows
The results.
A throughput study gives your team evidence about the change that matters—not just a faster-looking machine.
Locate the real constraint
Identify what caps output now, including hidden blocking and starvation.
Value each proposed fix
Compare the delivered output from each change against the same baseline.
Reveal the next bottleneck
See which station or resource becomes limiting once the first is improved.
Plan for variation
See how gains hold up through stops, changeovers, and difficult weeks.
Prioritize the right action
Focus effort on changes that raise system output before spending on capacity.
What you take away
A working simulation model + Scenario comparisons + Engineering recommendations
Throughput improvement consulting
Turn competing explanations for lost output into comparable improvement options. We test changes against the current line before equipment, labor, or buffers are added.
Explore our simulation project supportCompare proposed improvements before investing
Build a baseline of the line as it runs today, then test each proposed change separately on identical demand. We compare delivered output and resource behavior so your team can prioritize practical improvements without buying equipment to discover its value.
The bottleneck after the first improvement
Re-run the improved line to identify the resource that becomes limiting next. We compare the usable headroom of individual and combined changes, helping you decide whether a second improvement is needed to realize the first one's value.
Gains under real operating variation
Test improvements with observed stoppages, absence, changeovers, and material delays. We report the variation in delivered output, not just a best-case run, so the proposed action can be judged under the operating conditions it must withstand.
A study built around your operation
We start with the output gap and the changes your team is considering. Each option is compared with the same baseline and demand, including the option of making no change, so effort is directed at system output rather than one machine's speed.
Inputs for a credible comparison
Typical inputs include cycle-time observations, stop and recovery records, buffer capacities, product mix, shift coverage, changeovers, and rework routes. We check the baseline against current output and waiting behavior.
Findings for your next decision
Depending on scope, receive a baseline model, constraint analysis, scenario comparisons, and prioritized recommendations. Findings distinguish the expected output change from the next bottleneck and show sensitivity to downtime and demand.
Turn a disputed bottleneck
into a clear next move.
With expert simulation consultation.
Tell us where output falls short and which fixes are being considered. We’ll map what a throughput study should test.