The Most Important Manufacturing Metrics Maintenance Managers Need to Know

You’re a maintenance manager. That means you’re responsible for maintenance metrics and maintenance metrics alone, right? Well, no. 

If you work in a manufacturing facility, there’s a whole other world of metrics you need to familiarize yourself with. Why? Because maintenance impacts manufacturing outcomes, for better or worse. 

The more you understand the link between your maintenance efforts and how they influence overall business outcomes, the more you’ll be able to prove the value of your team, and the more likely you’ll be to get the greenlight to grow your maintenance program in the future). 

In this article, you’ll learn every manufacturing metric that matters for maintenance managers, including what they mean, how to calculate them, and how maintenance can impact them.

NEW

The Anatomy of the Modern Maintenance Leader

See how maintenance leadership is changing, what skills you need to succeed, and how top leaders are standing out.

Download Ebook

Key takeaways

• Manufacturing metrics provide measurable data to track operational performance, while KPIs focus on strategic business outcomes.
• Priority metrics should align with specific business goals, like quality, efficiency, cost reduction, or customer satisfaction.
• Start with five to seven core metrics to measure instead of tracking everything possible.
• Real-time tracking and standardized processes across facilities drive the most significant operational improvements.

What’s the difference between manufacturing metrics and KPIs?

While manufacturing metrics and KPIs exist in the same world, they’re not the same thing. Manufacturing metrics refer to any quantifiable data that provides operational visibility for a manufacturer. Manufacturing KPIs take things a step further strategically. KPIs refer to performance indicators that are tied to business outcomes and drive decision-making and resource allocation. 

For example, overall equipment effectiveness (OEE) is a manufacturing metric that many facilities track over time. This metric becomes a KPI if the manufacturer’s goals are to maximize capacity and cut maintenance costs. You can think about metrics and KPIs this way: the moment a metric is used for executive reporting and strategic planning, it’s not a metric anymore. It’s a KPI. 

Why manufacturing-specific metrics matter for maintenance managers

If you’re responsible for maintenance KPIs, manufacturing metrics might not be at the forefront of your mind on any given day. But the more you understand about manufacturing metrics, the more you’ll start to see how much your maintenance program affects them. 

Think of it this way: if you were trying to increase revenue, you wouldn’t just isolate that one KPI to try to improve it. Revenue as a standalone number summarizes a result, while manufacturing metrics give you insight into the processes that influence that result. To understand why revenue is down, you’d have to look at many different stages of your manufacturing processes that may be increasing costs.

Similarly, maintenance metrics can tell you a lot about your manufacturing processes, and vice versa. Variations in manufacturing metrics may point to issues with equipment performance, production quality, or maintenance operations. But you can’t know that for sure unless you measure those things. Maintenance metrics directly connect to manufacturing outcomes (and, later on, business metrics like revenue) through factors like uptime, throughput, and cost control.

Manufacturing metrics are also critical for industry benchmarking. You can’t make meaningful comparisons if you don’t have the right data to do so. Additionally, regulatory compliance and safety requirements demand specialized tracking in manufacturing environments. If you’re tracking the right metrics, you’ll never come up short in an audit. 

Essential manufacturing metrics by category

There’s no shortage of manufacturing metrics you could encounter as a maintenance manager. To make it less overwhelming, let’s group our metrics into a few distinct categories and understand how each category can be influenced by maintenance. 

Production efficiency and productivity metrics

How maintenance influences production efficiency and manufacturing productivity

Think of it this way: the primary job of maintenance is to make sure manufacturing equipment runs as much and as effectively as possible. Keeping a close eye on OEE and trends in production and capacity can help you shape your maintenance strategy accordingly. 

Quality and defect tracking metrics

How maintenance influences quality and defect metrics

With the right context, these metrics can show us where maintenance efforts may be lacking.  Is a faulty machine part to blame? Are a higher number of defects attributed to one specific shift worker? 

Once you can isolate a cause, you can act on it. And if maintenance is the culprit, auditing your inspection checklist or PM schedule for the asset in question can help turn things around. 

Maintenance and asset performance metrics

Maintenance metrics are essential in manufacturing

Maintenance KPIs aren’t just for maintenance teams. They impact the business for better or worse, so being able to show how you’re maturing, improving, and reducing costs for maintenance over time can help you advocate for a deeper investment in maintenance in the future. 

Cost and financial performance metrics

How maintenance influences cost and financial performance metrics

All of the metrics above can be improved with better maintenance practices. Maintenance impacts manufacturing overhead costs, labor costs, overtime, and material waste. The tighter your maintenance strategy, the more you can control costs.

How to implement manufacturing metrics effectively

Don’t try to boil the ocean 

The worst way to try to improve manufacturing metrics is to tackle them all at once. Start with five to seven core metrics that align to your organization’s primary business objectives (quality, efficiency, cost reduction, or customer satisfaction) and work at improving them. Once that handful of metrics is under control, expand your reach.

Set realistic targets

Metrics need the right context to make a difference. Take the time to establish baseline measurements you can compare against, and use industry benchmarks to set targets for improvement. Otherwise any change made is at risk of being totally arbitrary. 

Prioritize data quality

Whether it’s a metric or a KPI, capturing quality data is absolutely critical. Data needs to reflect the reality of your manufacturing operations, otherwise you’ll be making decisions based on fake facts. Ensure data accuracy through automated collection systems and standardized measurement processes.

Revisit often

Create regular review cycles to monitor metrics. Clearly outline who’s responsible for metric ownership and improvement actions, too. 

CMMS ROI proof your leadership team can’t ignore

Download Now

Using metrics to drive continuous improvement

Ultimately, tracking the right metrics (and taking the right measures to improve them) is the first step in continuous improvement. Using metric outcomes, you can do things like:

• Perform a root cause analysis when metrics indicate performance decline
• Benchmark performance across facilities and industry standards
• Integrate with improvement methodologies like Lean, Six Sigma, or TPM programs
• Run predictive analytics and trend analysis for proactive issue identification and resolution

Better maintenance means better manufacturing

The more you keep an eye on manufacturing metrics, the clearer the truth becomes: maintenance is inextricably linked to manufacturing outcomes. The more you tighten up and mature your maintenance program, the more you can influence the manufacturing KPIs that make or break your company’s bottom line. 

To learn more about how MaintainX can help you improve maintenance and manufacturing metrics, book a free tour today.