62% more throughput, no new equipment.
A small, two-shift protein processor in Illinois was running well below its capacity and burning weekends to keep up. In six months, daily throughput rose from 16,000 to 26,000 pounds — up 62.5% — and line efficiency climbed from 52% to 87% OEE. Every gain was operational. No capital was spent.
By Travis Farley · Published September 2026 · 6 min read
Why was the plant stuck below capacity?
Not the equipment. The plant was losing output to weak production planning, an unbalanced line, and a bottleneck no one had pinned down — so it ran Saturdays just to hit the numbers. The machines could do far more than the plant was getting out of them.
The root cause was operational, not mechanical: production planning and scheduling, labor and line-load imbalance, and an unmanaged capacity constraint at the oven. Chronic schedule misses had made Saturday production a permanent workaround — which quietly created a second problem, because maintenance could never get the plant to itself.
Six months, measured.
The headline figures below are confirmed from the client's own records. Everything was achieved with no capital investment.
Daily throughput, across the engagement
↑ 62.5%From 16,000 to 26,000 lbs/day over six months
Average daily throughput by month. Baseline and month-six figures are client-confirmed; the ramp shows the engagement trajectory.
Fix the schedule, level the line, free the weekend.
No new machines. The turnaround came from operational discipline — and each fix unlocked the next.
01 Production planning & scheduling
The root cause. We put a real weekly and daily scheduling cadence in place and an order-to-production process that ended ad-hoc line loading. Consistent schedule attainment removed the need for Saturday runs — the plant reached full Monday-to-Friday operation.
02 Line load leveling
We balanced load across stations and eliminated the upstream stacking and idle time that had hidden the plant's true capacity. The bottleneck moved forward to the oven — the correct constraint — so capacity could finally be managed against equipment instead of chaos. Line efficiency rose from 52% to 87% OEE.
03 Right-sized labor
Leveling the line exposed redundant positions. The staffing model was rebuilt around the leveled design — right people, right stations, right shift — so labor productivity rose sharply even as output climbed.
04 Labor management
Schedule consistency cut unplanned overtime and eliminated weekend premium pay. Shift changeovers were streamlined so more of each shift was spent producing.
05 Maintenance & PM compliance
Reclaiming Saturday gave maintenance a dedicated preventive-maintenance window for the first time. Deferred PMs were worked down, PM compliance recovered, and the plant stopped generating its own breakdowns through neglected maintenance.
06 Leadership & a daily war room
A leadership change happened mid-engagement; we kept the turnaround on track and onboarded new leaders straight into the framework. A daily KPI war room made every gap someone's job to close, with a name and a date — the accountability that made the gains stick.
Why did fixing the schedule fix so much else?
Because the problems were linked. Better scheduling ended Saturday production; that freed Saturday for maintenance; PMs got done; breakdowns fell; the line ran more consistently; throughput rose — which made the schedule easier to hold. One fix set off a chain.
This is why the plant kept improving month after month instead of plateauing. Each lever reinforced the others, and none of it depended on new equipment or a hero working weekends. It depended on the plant running to a standard — which is exactly what survives after the engagement ends.
↳ Operations
Scheduling, line balance, and daily management that unlock existing capacity.
↳ Reliability
Restoring the PM window so the plant stops causing its own downtime.
↳ Private Equity
Turning idle capacity into output and margin — without a capital request.
↳ Another turnaround
See a protein plant cut batch failures 96% and waste 55%.
Throughput questions
How do you increase plant throughput without buying new equipment?
By removing the constraints that keep existing equipment from running to its capacity — usually production planning, scheduling, and line balance, not the machines themselves. In this plant, fixing scheduling and leveling the line lifted daily throughput 62.5% with no capital investment.
What is the real bottleneck in most food and beverage plants?
Often it is scheduling and line balance rather than a machine. Once those are fixed, the true equipment constraint becomes visible. Here, leveling the line moved the bottleneck to the oven — the correct constraint — so capacity could be managed against equipment instead of chaos.
How does eliminating Saturday production improve reliability?
When a plant runs Saturdays to catch up on missed schedules, maintenance loses its window and preventive maintenance gets deferred — which causes more breakdowns. Restoring a consistent Monday-to-Friday schedule reclaimed Saturday as a dedicated PM window, PM compliance recovered, and maintenance-driven downtime fell.
How long does a throughput turnaround take?
This one ran six months, from assessment and stabilization to sustained performance. Gains built steadily each month as scheduling discipline, line leveling, and daily management took hold.
Do you name your clients in case studies?
No. Case studies are published anonymized unless a client asks to be named. The confirmed headline results here — throughput, line efficiency, and the shift to a Monday-to-Friday schedule — come from the client's own records.
How much capacity is hiding in your plant?
Most plants are leaving throughput on the floor before they need a single dollar of capital. Let's find yours.