Labour Productivity Calculator

Calculate dairy plant labour productivity as litres processed per man-hour and labour cost per litre.

L
Total litres processed in the shift or period
Total headcount including operators, helpers, supervisors
hr
Standard shift: 8 hr
Leave blank to skip cost per litre calculation
Formula
totalLitres / (numberOfEmployees * shiftHours)
totalLitres Total Milk Processed (L)
numberOfEmployees Number of Employees on Shift
shiftHours Shift Duration (hr)
totalLabourCost Total Labour Cost (Optional) (₹)
Worked Example
1
Given:
numberOfEmployees = 25
shiftHours = 8
totalLabourCost = 15000
totalLitres = 50000
2
Apply the formula:
totalLitres / (numberOfEmployees * shiftHours)
3
Result:250 L/man-hr250 hr250 ₹/L

What is Labour Productivity?

Labour productivity measures the output per unit of labour input in a dairy plant. It helps management understand how efficiently the workforce is being used and benchmark against industry standards.

Labour Productivity = Total Output / Total Man-Hours

Measured as: Litres per man-hour (L/man-hr) or kg product per employee per shift

How to Use This Calculator

  1. Enter total milk processed (litres or kg) in the period
  2. Enter number of employees on shift
  3. Enter shift duration in hours
  4. The calculator computes productivity, benchmarks against targets, and identifies efficiency gaps

Formulas

Litres Per Man-Hour

Productivity (L/man-hr) = Total Litres Processed / (Employees × Shift Hours)

Cost of Labour Per Litre

Labour CPL (₹/L) = Total Labour Cost / Total Litres

Labour Efficiency Index

LEI (%) = Actual Productivity / Target Productivity × 100

Example Calculation

A shift with:

  • 25 employees over an 8-hour shift
  • 50,000 litres processed

Productivity = 50,000 / (25 × 8) = 250 L/man-hour

If target is 300 L/man-hour:

LEI = 250 / 300 × 100 = 83.3% (room for improvement)

Industry Benchmarks

Plant TypeTypical Productivity
Manual dairy (< 5,000 LPD)50–100 L/man-hr
Semi-automated (5,000–50,000 LPD)150–300 L/man-hr
Automated (50,000–200,000 LPD)300–600 L/man-hr
Highly automated (> 200,000 LPD)500–1,500 L/man-hr

Factors Affecting Labour Productivity

FactorImpact
Automation levelHighest impact — 5–10× difference
Plant layoutPoor layout adds unnecessary movement
Downtime and breakdownsIdle workers during stoppages
Training and skill levelSkilled workers are 30–50% faster
Shift schedulingFatigue in long or overnight shifts
Product mixComplex products (cheese, UHT) need more labour

Improving Labour Productivity

  1. Map process flows — identify unnecessary steps and travel
  2. Cross-train workers — flexibility reduces idle time
  3. Track attendance and idle time — data reveals inefficiency
  4. Automate repetitive tasks — filling, capping, labelling
  5. Set shift-level KPIs — daily productivity tracking with feedback