Industrial Automation
Production Rate Calculator
Slide cycle time and uptime to see ideal vs actual throughput update instantly.
Automation workflowStep 4 of 5
- Scale analog
- Reject timing
- Takt
- 4Throughput
- OEE
Next workflow step
Continue to OEE Calculator — Continue the guided sequence with your current context.
Try an example
How it works: Ideal rate = (3600 ÷ cycle time) × parts per cycle. Actual rate applies uptime percentage to account for stops, changeovers, and micro-stoppages.
Learn about this tool
What it is, when to use it, formulas, and common questions
What is this?
Estimates ideal and actual throughput from cycle time, parts per cycle, and line uptime.
When do engineers use it?
Use for capacity planning, quoting production output, or comparing actual vs theoretical line speed.
Formula
Ideal PPH = (3600 ÷ cycle time) × parts per cycle Actual PPH = Ideal PPH × (uptime ÷ 100)
Example
6 s cycle, 1 part/cycle, 85% uptime → 510 parts/hour actual vs 600 ideal.
FAQ
- What is the difference between ideal and actual rate?
- Ideal assumes the machine runs every cycle with no stops. Actual multiplies by uptime so planned or unplanned downtime is visible in parts per hour.
- How should I count parts per cycle?
- Use good parts that leave the station per machine cycle. A dual-cavity mold is 2; a reject that still occupies the cycle is not extra throughput.
- Is uptime the same as OEE availability?
- They are related but not identical. Uptime here is a simple run-time fraction. OEE availability uses planned production time minus down time with a specific loss definition — use the OEE calculator for that breakdown.
- Can I use this for quoting capacity?
- Yes as a first pass. Apply a realistic uptime (often 80–90% unless you have data) rather than 100%, then cross-check takt time against customer demand.