December 18, 2025
How to improve production efficiency – practical ways to optimize maintenance
Production efficiency in industrial environments rarely collapses because of a single major failure. More often, it erodes gradually through small disturbances, micro-stoppages, and recurring deviations. These issues are easy to overlook in daily operations, yet their combined impact shows up clearly in asset utilization, costs, and production predictability.
When maintenance is viewed as an integral part of production performance, efficiency is no longer accidental. It becomes a system that can be measured, managed, and improved, often without heavy capital investments.
Maintenance backlog is an invisible cost that accrues interest every day
Recurring minor failures and a growing maintenance backlog weaken asset conditions and increase the risk of unplanned downtime. The impact may not be obvious in the short term, but it becomes very visible in annual results. Maintenance backlog works like compound interest: the longer it accumulates, the more expensive it becomes to resolve.
Reactive maintenance often becomes the default because it solves immediate problems quickly. At the same time, it prevents long-term improvement. The more time is spent firefighting, the less time is available to prevent new fires from starting.
A major barrier to progress is poor information flow between maintenance and production. When there are no shared situational awareness or common priorities, friction and inefficiency follow. If data is not shared, the problem is not shared either.
Efficiency is not about doing more – it’s about doing the right things at the right time
Timing is critical. Late maintenance increases disruptions, while maintenance performed too early drives unnecessary costs and pulls resources away from more critical assets. True efficiency comes from allocating resources correctly and executing work when it has the greatest impact on production flow.
Increasing the share of planned work requires clear visibility into the backlog, a shared understanding of priorities, and defined roles that give planning sufficient time and focus. Without criticality analysis, work is easily driven by urgency rather than importance. As a result, some assets receive too much attention while the most production-critical equipment receives too little.
When work is focused on the right assets and timing is aligned, predictability improves, disruptions decrease, and production stays on rhythm. This is the foundation of efficiency, not doing more, but working systematically.
When asset conditions are visible in data, decisions are based on facts not guesswork
From an efficiency perspective, data usability matters more than data volume. When sensor data, failure history, and production events are available in a single view, decisions become faster and more accurate.
Condition monitoring reveals issues that cannot be seen or heard. However, sensors alone solve nothing, only actions based on data improve efficiency.
The CMMS acts as the memory of production. If documentation practices are inconsistent, data becomes fragmented and improvement cannot be managed. Only data that genuinely supports decision-making should be collected.
The real efficiency leap happens when production and maintenance share the same view
The most significant change occurs when maintenance and production operate with shared situational awareness and aligned priorities. Decision-making shifts from conflict to collaboration.
Shared dashboards, short recurring meetings, and common KPIs increase predictability and reduce disturbances. When goals are aligned, daily operations become calmer, often the first clear signal that efficiency is improving.
Practical example: What changes when the way of working changes?
A concrete example comes from the food & beverage industry, where maintenance operations had long been highly reactive. Work planning was fragmented, backlogs were growing, and a large share of resources was consumed by urgent breakdown work.
Together with the customer, a unified maintenance system was implemented along with a clear process for planning, scheduling, execution, and reporting. The change was not driven by new equipment investments, but by clarifying operating models and improving visibility.
The results were quickly reflected in daily operations:
- -Emergency work decreased from 30% to 10%
- -Backlog was reduced from 7.5 weeks to 4 weeks
- -Planned work execution rate increased from 20% to 90%
At the same time, employees’ sense of control improved significantly, which was reflected in higher job satisfaction and a stronger NPS score.
This example demonstrates that when work becomes structured and based on a shared situational picture, efficiency improves without additional investments. The change is visible not only in numbers, but also in a calmer and more predictable day-to-day operation.
Often the will exists, but time does not. An external partner adds structure and momentum
In many industrial environments, the main barrier to improvement is not lack of competence, but lack of time. When daily operations are filled with urgent tasks and keeping production running, comprehensive development initiatives inevitably move slower than needed. Even with strong intent, resources are consumed by firefighting.
An external partner can provide the structure and momentum that internal teams do not have time to build. The value comes from experience across industries, proven operating models, and dedicated resources that do not compete with daily operational demands. Improvement does not wait for a quieter moment, it progresses consistently and measurably.
A hybrid model works particularly well when certain activities are kept in-house, while specific areas such as planning, condition monitoring, or criticality analysis require deeper expertise and specialized tools. When external support is combined with internal knowledge, the learning curve shortens and development becomes systematic, transparent, and aligned with production goals.
Efficiency is built — not accidental
Production efficiency does not happen by chance, nor through isolated actions. It is built through visibility, timely decisions, and collaboration between production and maintenance.
When maintenance is seen as an enabler of production performance, small disturbances no longer accumulate into invisible costs. Instead, they become a manageable system that improves predictability, stabilizes daily operations, and strengthens competitiveness over the long term.
