OEE: The Secret Behind Precise Pouch Production
- Published: March 11, 2026
By Vicki McDonald Kastory, Managing Editor
Higher cycle speeds often promise higher output in manufacturing, but speed alone does not guarantee profitability for pouch makers. A machine capable of 240 cycles per minute may look impressive on paper, but without process control and precision, performance suffers. Specialty films, multilayer laminates or recycle-ready materials often require special considerations to prevent misaligned seals, high scrap rates and downtime that can erode profit margins.
That’s why Overall Equipment Effectiveness (OEE) has become the gold standard for measuring real productivity across automated packaging lines. OEE combines three core metrics:
- Availability: actual uptime versus scheduled production time
- Performance: actual production speed versus theoretical speed
- Quality: the percentage of sellable pouches versus total pouches produced
By exposing losses in these areas, OEE helps manufacturers pinpoint bottlenecks and make data-driven improvements.
“The key differentiator in pouch production is precision and process control,” said Totani America Sales Manager Jesse Rosenow, who draws on mechanical engineering and product development experience.
Today’s recycle ready materials, with less orientation and heat resistance, present processing challenges impacting OEE. Rosenow added, “If we can accurately get everything exactly where it needs to be at all times, regardless of the speed that we’re trying to run, downtime and scrap levels drop dramatically.”
Scrapping the Hidden Costs
In flexible packaging operations, scrap wastes more than raw materials, it consumes capacity, labor, energy and throughput. Industry analysts estimate typical packaging scrap rates at 3-5 percent. Cutting that rate in half can impact material and disposal costs.1
Common sources include:
- Tolerance deviations: Misalignment of just ±1–2 mm can render a pouch unusable
- Leaking pouches: Failed hermetic seals waste time and materials
- Start–stop loss: Manual corrections invite deformation and defects
- Setup loss: Traditional tunings demand trial and error, eating expensive film and hours
“Defects that contribute to scrap typically include pouches that are out of tolerance or fail hermetic sealing tests,” Rosenow said. “If a pouch is leaking, this cannot be sent to the final customer, and must be scrapped.”
The shift from reactive to adaptive control dramatically reduces stop-start losses and stabilizes production. Image courtesy of Totani America.
Automation that Works for Operators
Automation today isn’t just about running faster — it’s about running smarter. A recent PMMI Business Intelligence report found nearly 75% of surveyed companies saw OEE improvements after adopting predictive maintenance technology and real-time sensor data. At the same time, skilled labor shortages are accelerating demand for more intuitive Human Machine Interfaces (HMI) and higher levels of automation.2
“With smart automation, the operator no longer needs to engage or tweak the production process,” Totani America’s National Sales Director, Jeffrey Smits, explained. “The machine is divided into independent tension control zones and while running, sensors detect process variation and can automatically correct the issue on its own, without operator intervention or the need to stop the machine.”
This shift from reactive to adaptive control dramatically reduces stop-start losses and stabilizes production. Newer technology in pouch making equipment now includes:
- Real-time sensors and cut-control cameras to detect alignment and registration issues
- Servo-driven systems that maintain precise positioning throughout sealing and cutting
- Integrated automation that frees operators from constant manual intervention
Industry research supports these gains. A recent Deloitte analysis reported manufacturers using predictive rather than reactive maintenance achieved 53% less downtime, 79% fewer defects and a 49% reduction in lost sales.3
Cutter Control: Precision in Every Pouch
One of Totani’s notable innovations is advanced cutter control. Servo-controlled knives guided by vision systems compensate for print registration shifts, ensuring consistent, accurate cuts.
“If the punch positional tolerance drifts at all, a servo-driven knife tied to the vision system aligns itself with the new position of the punch, so you essentially get perfect round corners every time,” Smits said.
And the benefit isn’t just cosmetic. “Because we can double cut the plate break between printed impressions out, you don’t have a border on the left and right side. You get full graphic bleed extension resulting in a very premium looking end result,” Rosenow added.
These systems also eliminate manual knife chasing and reduce operator burden, which is critical in environments where even small miscuts become expensive scrap.
Simplified human-machine interface (HMI) and digital recipes standardize best practices, and ensure consistent machine settings, temperatures and physical unit positions. Image courtesy of Totani America.
Faster Changeovers, Safer Adjustments
Reducing changeover time is one of the most effective ways to improve OEE. Complex pouch setups that once required hours of trial and error can now be completed in minutes. HMI simplifies the process, and digital recipe management now stores job parameters, ensuring repeatable setups with precise temperatures, tool positions, seal profiles and motion settings.
“Anybody that can use a tablet can now theoretically set up the machine,” Rosenow said. “You push a button, and know everything’s right where it needs to be.”
Beyond time savings, digital recipes and the use of standard operating procedures improve consistency across shifts. Quickadjust, toolless designs also allow fine-tuning without removing heated components, improving safety and uptime.
Spare Parts Inventory and Training
Automation alone doesn’t maximize OEE. Spare parts availability, responsive service and operator training also reduce downtime.
“Between our operations in Japan and De Pere, Wisconsin, we provide customer support around the clock, and replace parts throughout the lifetime of our machines,” Rosenow said. “We maintain a robust inventory of spare-parts in De Pere, covering critical components to support rapid service response and minimize customer downtime.”
Smits also emphasized the importance of skilled operators. Hands-on demo centers and structured training help converters leverage automation, reduce scrap and establish best practices.
“We don’t just sell equipment,” Smits said. “We train operators to set up, run and maintain their machines at the highest level of performance throughout the machine’s lifetime.”
Automation alone doesn’t maximize OEE. Spare parts availability, responsive service and operator training also reduce downtime. Image courtesy of Totani America.
The Bottom Line
In flexible packaging, success isn’t defined by speed alone. Precision, repeatability, waste reduction and operator confidence drive profitability. OEMs that prioritize stability and precision enable pouch manufacturers to achieve measurable gains in throughput, and longterm success.
About Totani
Totani’s blend of automation, advanced cutter control, digital recipes and robust support delivers measurable gains in efficiency, product quality and safety. For additional information, contact National Sales Director Jeff Smits at This email address is being protected from spambots. You need JavaScript enabled to view it. and Sales Manager Jesse Rosenow at This email address is being protected from spambots. You need JavaScript enabled to view it.. Learn more at: https://www.totaniamerica.com
