Net profit margins in manufacturing are narrow. Recent data shows auto and truck manufacturers operating a net margin around 1.29%, food processing at 2.82% and electrical equipment producers at just 0.94%.
The result? Even small issues with production performance or minimal amounts of unplanned downtime can have significant impacts on manufacturing margins.
To lower risk and improve consistency, manufacturers rely on both maintenance and management—but for different reasons. Maintenance executes the work that keeps assets running, while management determines what work matters most, when it should happen and how resources are prioritized. When those roles blur, teams default to reactive work, operational efficiency declines and costs rise.
This article clarifies the distinct roles of maintenance and management, highlights where misalignment typically occurs and shares practical guidance for aligning maintenance and production teams.
What is maintenance in manufacturing?
Maintenance targets asset health through execution. Its role is to perform the right work at the right time, so equipment remains reliable, safe and available to support production. In manufacturing, maintenance teams have four core responsibilities:
- Preventive and corrective maintenance work
- Asset inspections, servicing and repairs
- Work order execution and documentation
- Safety compliance during maintenance activities
Regardless of the machine or process being serviced, maintenance teams primarily focus on three key objectives: uptime, reliability and condition. More uptime means better performance. Increased reliability means a lower risk of unplanned downtime and improved condition helps extend asset lifespans.
Common maintenance roles include technicians, operators and equipment specialists.
What is management in manufacturing?
Management is the strategic aspect of manufacturing. It focuses on functions such as planning, prioritization and decision-making.
Management responsibilities include:
- Business strategy and goal setting
- Resource allocation
- Scheduling and prioritization
- Performance tracking and accountability
Management teams prioritize direction, coordination and alignment across business units. Maintenance planners, facilities managers and operations supervisors are common management positions.
Key differences between maintenance and management
Management defines what work needs to be done, when it needs to happen and why it is important.
Maintenance focuses on how that work be executed, how long will it take and how it impacts uptime and production performance. Put another way, maintenance focuses on assets, while management focuses on outcomes.
While you can’t have one without the other, conflating these processes can lead to both gaps and overlaps. In practice, overlaps are tasks carried out twice (or more) that cost businesses double the effort and resources. Gaps, meanwhile, can let issues slip through the cracks, leaving businesses confident they’re on solid ground, right up until critical components fail.
Aspect | Maintenance | Management |
Definition | Activities focused on repairing, servicing and preserving equipment, facilities and assets to ensure operational reliability | Strategic planning, coordination and oversight of resources, processes, teams and operations to achieve business objectives |
Primary focus | Equipment uptime, preventive/corrective repairs and minimizing breakdowns in production environments | Overall production efficiency, cost control, quality, scheduling, supply chain and organizational performance |
Key responsibilities | Inspections, lubrication, parts replacement, troubleshooting, compliance with safety standards and technician training | Goal setting, resource allocation, performance monitoring, decision-making, team leadership and process optimization |
Scope | Tactical and hands-on; often department-specific (for example, maintenance teams) | Broad and strategic; encompasses multiple departments, including production, maintenance management and logistics |
Timing | Short-term (daily/weekly) tasks) to medium-term (scheduled overhauls) | Long-term planning with short-term execution oversight |
Metrics/KPIs | Downtime reduction, MTBF (Mean Time Between Failures), maintenance costs and asset availability | Overall equipment effectiveness (OEE), productivity, profitability, on-time delivery (OTD) and employee performance |
Roles | Technicians, engineers and maintenance crews execute physical tasks | Supervisors, plant managers and executives direct operations and strategy |
How management decisions shape maintenance outcomes
Management decisions drive maintenance operations. Management teams are responsible for identifying issues that require maintenance intervention to prevent potential problems or proactively address emerging issues.
Decisions made by management that impact maintenance include:
- Scheduling and workload balancing
- Investments in training and tools
- Assess criticality and prioritization
- Support for proactive maintenance strategies
- Accountability and performance management
Building better alignment between maintenance and management
If companies conflate management and maintenance, problems may not be immediately apparent. Machines will still be serviced, and production line targets will still be met, that is, until something goes wrong.
Maintenance teams are now on their back foot, scrambling to fix asset failures as downtime ramps up. Without a solid maintenance strategy built by management, staff are stuck in a reactive maintenance loop that increases unplanned downtime and decreases asset lifecycles.
To build better alignment between maintenance and management, start with these best practices:
- Create clear roles and responsibilities
- Develop shared KPIs and performance goals
- Prioritize regular communication and planning meetings
- Integrate data-driven decision-making
- Lay the groundwork for cross-functional collaboration
Maintenance and management in a data-driven manufacturing environment
Data is critical for both maintenance tasks and management practices. For example, IIoT sensor data helps maintenance managers identify equipment that requires immediate service. This same data enables the management team to create proactive and preventive maintenance schedules that help extend equipment lifespans. Data may also be collected through solutions such as manufacturing execution systems (MES) and computerized maintenance management systems (CMMS).
Effective data use offers multiple benefits for manufacturers, such as:
- Shared access to asset management and performance data
- Objective prioritization of work, such as equipment repairs and facilities management
- Improved forecasting and planning
- Ongoing support for predictive maintenance and reliability programs
It’s worth noting that for data to be effective, it must be visible, accurate and relevant. Visibility speaks to origins and operations: Where did data come from, and how was it processed? Accuracy is paramount to ensure an effective response. If sensors are misaligned or devices are not properly calibrated, key issues may be overlooked.
Finally, data must be relevant. In a manufacturing context, this refers to recency. While it’s important to track performance, uptime and failure data over weeks or months, real-time data collected from maintenance management software informs immediate operations that can make or break production line performance.
Strong manufacturing performance requires both maintenance and management
Maintenance provides insight from the field, while management delivers structure and direction. To maximize production performance, companies must balance both.
This isn’t a competition—it’s a collaboration. When maintenance and management operate with clear roles and shared goals, manufacturers create a repeatable system for improving reliability, controlling risk and sustaining production performance. The result is a cyclical framework that enables continuous improvement over time and establishes a foundation for operational excellence.
See how ATS can enhance your maintenance and management visibility. Let’s talk.
References
Damodaran, A. (2026, January). Operating and net margins (margins by sector—U.S.). New York University, Stern School of Business. https://pages.stern.nyu.edu/~adamodar/New_Home_Page/datafile/margin.html
