Financial Modeling // CapEx vs. OpEx Feasibility
Cobot Automation ROI & Payback Calculator
Calculate collaborative robot turnkey installation payback period in months, labor cost reallocation, scrap reduction yields, and 5-year cumulative return on investment (ROI).
Cobot Workcell Benchmark Package
Turnkey CapEx Investment
$65,000 Total$
$
$
$
Operational Labor Structure
$
25% Overhead ($35.00/hr Fully Burdened)
Scrap Reduction & Maintenance OpEx
$
Elimination of human error & rework$
Grease, seals, electricity, sparesPayback Period
5.4Months
(0.45 Years to 100% Breakeven)
Net Annual Cash Flow Benefit
+$144,500 / year
Labor Reallocation: $140,000 • Scrap: $8,000
5-Year ROI: 1012%
Total 5-year cumulative net profit after recovering all initial CapEx: +$657,500.
Pro-Forma Financial Summary
Turnkey Initial CapEx:$65,000
Annual Labor Savings:+$140,000
Annual Robot Maintenance:-$3,500
Break-Even Point:164 Operating Days
Automation Business Economics
The Financial Architecture of Collaborative Automation
1. CapEx vs. Fully Burdened Labor Economics
Evaluating automation against straight base wages severely underestimates payback velocity:
Payback (Months) = [Turnkey CapEx / Net Annual Savings] × 12
Fully burdened manufacturing labor includes payroll taxes, workers' compensation premiums, health insurance, and recruitment onboarding costs—typically inflating hourly labor expense by 25% to 40% above base wages.
2. The Multi-Shift Lever
A collaborative robot is a fixed capital asset whose depreciation schedule is accelerated by operational uptime:
- Single Shift (1 Shift): Typical payback spans 12 to 18 months in high-wage Tier-1 economies.
- Dual Shift (2 Shifts): Turnkey capital investment is recouped in 6 to 9 months, doubling return on capital.
- Lights-Out Third Shift: Running unattended third shifts generates pure operational margin with zero incremental headcount.