Business Acumen: Where the Money Hides

Where the Money Hides 

Profit is not won by big swings. It’s won by spotting the leaks that drain it every day. 

The 30 Losses Framework 

Walk into your plant tomorrow and ask one question: “Where are we losing money?” You’ll get a different answer from every department. Operations will say breakdowns. Maintenance will say bad operating practices. Engineering will say poor design. Finance will say overspending. 

Here’s the thing. They’re all right. They’re each describing one part of the same elephant. What they’re missing is a single map that names every part at once, so the plant can stop arguing about whose answer is correct and start working the whole animal. 

That map is the 30 Losses framework. 

The idea, in plain English 

The 30 Major Losses are the 30 buckets where time, effort, and material slip away in a manufacturing facility. If you know which bucket your loss is in, you know where to go to get it back. 

That’s the whole value of naming things. A vague sense that “we’re leaving money on the table” funds nothing. “We have a speed loss bucket worth $40,000 a month on Line 3” funds a project. The framework turns a feeling into a target. 

Three families of loss 

The 30 losses sort into three families: 

• 11 Equipment Losses. Time and capacity lost on the machines themselves. 

• 9 Human Efficiency Losses. Time and effort lost in how people work. 

• 10 Resource Losses. Money lost in materials, energy, and inventory. 

This split does real work for you. Together these categories tell you whether your problem is a machine problem, a people problem, or a resource problem; and that distinction decides where you should spend your improvement dollars. Pouring maintenance budget at what is actually a materials problem is how plants stay busy and broke at the same time. 

How the losses stack up 

Picture a waterfall. You start at the top with all the hours theoretically available to a machine, 168 hours in a week, and you chip away. 

• First you subtract scheduled downtime, the time you planned not to run. 

• Then you subtract the unplanned losses, the breakdowns and stops. 

• Then you subtract speed losses, the gap between design pace and actual pace. 

• Then you subtract quality losses, the output you made but couldn’t sell. 

Whatever survives at the bottom is your real productive output. The same waterfall logic applies to people and to resources. Every loss bucket is just a place where water leaks out on the way down. 

The three roll-ups that score it 

Three terms summarize how badly the 30 losses are bleeding you. We’ll calculate each one in Part 3; for now, just learn what they mean. 

Metric	What it measures	Goal
Loading	How much of available time you scheduled to run	High enough to meet demand without burning out the plant
OEE (Overall Equipment Effectiveness)	Of the time you scheduled, how productive the equipment actually was	World-class is about 85%. Most plants live around 40% to 60%.
TEEP (Total Effective Equipment Performance)	Of all available time, 24 hours a day, every day, what did you actually produce?	Reveals the true ceiling. Big TEEP gaps mean big hidden capacity.

Why “hidden factory” is the phrase that matters 

Here’s the line that should change how you see your plant. If your TEEP is 30%, you have a second factory hidden inside your factory. 

You’re already paying for the building. You’re paying the depreciation on the equipment. You’re paying most of the labor. That capacity exists; it’s just buried under the 30 losses. And recovering it is almost always far cheaper than building a new line. The 30 losses are the map to that hidden factory, and a typical plant is sitting on a hidden factory worth 30% to 50% of its current capacity. 

That’s not a rounding error. That’s a second plant you already own. 

Try it yourself 

Before the next post, do a back-of-the-envelope estimate for one critical line: 

• Roughly what percentage of scheduled time does it actually run well? That’s a rough feel for OEE. 

• Now factor in all the hours it isn’t even scheduled. That gets you toward TEEP. 

You don’t need precision yet. You’re just trying to feel the size of the gap between what you produce and what you could. That gap is the rest of Part 2. 

Key takeaways 

• 30 losses, three families: Equipment (11), Human Efficiency (9), Resources (10). 

• Loading shows how much you tried; OEE shows how well the equipment ran; TEEP shows the full opportunity. 

• A typical plant has a hidden factory worth 30% to 50% of its capacity sitting inside its current walls. 

• You can’t fix what you can’t name. Naming the loss is the first job, and it’s what this part of the series is for. 

 

Coming next, Part 2, Post 2: The 11 Equipment Losses.