What is Performance Rate?
Performance Rate measures how fast a machine or production process operates compared with its ideal or planned production speed while it is running.
It helps answer:
“When the machine is running, is it producing as fast as it should?”
In simple terms
A machine may be available for production but still run slower than its ideal cycle time.
For example:
Ideal cycle time = 1 minute/unit
If the machine runs for 400 minutes, ideal output would be:
400 units
But actual output is only 360 units.
Performance Rate:
360 ÷ 400 × 100 = 90%
Simple Example
A machine has:
- Operating time → 420 minutes
- Ideal cycle time → 2 minutes/unit
- Actual production → 190 units
Ideal output:
420 ÷ 2 = 210 units
Performance Rate:
190 ÷ 210 × 100 ≈ 90.5%
The machine was running, but it did not achieve its ideal production rate.
Why It Matters
Performance losses can come from:
- Minor stoppages
- Reduced machine speed
- Slow operating conditions
- Small interruptions
- Inefficient methods
- Material feeding issues
Important Insight
Availability and Performance are different.
A machine can have:
High Availability + Low Performance
For example, it may run for almost the entire shift but produce fewer units than its ideal rate.
How to Improve Performance Rate
- Establish a realistic ideal cycle time.
- Measure actual output during operating time.
- Identify speed losses.
- Analyze recurring minor stoppages.
- Improve machine settings and work methods.
- Standardize the improved process.
- Monitor performance continuously.
Benefits
- Better understanding of production losses
- Improved machine productivity
- Higher usable capacity
- Better OEE analysis
- Reduced speed losses
- More accurate production planning
Practical Insight
When a machine is running but production is still below target, don’t look only at downtime.
Ask:
“How fast should it produce?”
and compare that with:
“How fast is it actually producing?”
That gap reveals the performance loss.
Now or Never
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