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When a robot pays for itself

Automation Payback

The payback period and five-year saving of a robot cell, from purchase and integration cost, shifts, labour cost and the hours a person is freed for other work.

What this tool does

A robot is a capital cost that replaces a running cost. The calculator adds purchase, integration and annual maintenance, then computes the labour it displaces from hours per day, days per year, loaded hourly cost and the share of a full-time position it covers. The result is the payback in months and the cumulative saving over five years, with a chart that shows the crossing point.

How to use it

  • Enter the robot price, integration cost and yearly maintenance.
  • Set how many hours a day and days a year the cell runs, and the loaded cost of the labour it replaces.
  • Read the payback in months and the five-year net saving, and move the utilisation slider to see how quickly idle time kills the case.

Good to know

  • Loaded labour cost includes wages, social charges, training and absence, usually thirty to fifty percent above the base wage.
  • Robots rarely replace a whole position; they take the repetitive part and free the person for the rest. Use the share slider honestly.
  • Quality gains, injuries avoided and throughput increases are real but not modelled here.

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