Use a transparent formula
Bottles/day = rated BPH x production hours/day x efficiency. Liters/day = bottles/day x bottle liters. Monthly values multiply by working days. Keep all assumptions visible.
- Rated BPH
- Hours per day
- Efficiency as a decimal
- Bottle volume
- Working days
Choose a realistic efficiency
Efficiency should reflect sanitation, startup, minor stops, bottle and cap shortages, reject handling, breaks and operator response. Use a range when operating data is not available.
- Planned sanitation
- Changeovers
- Minor stops
- Bottle rejects
- Upstream and downstream delay
Convert output into route demand
Production only creates value when clean bottles, delivery routes, warehouse space and return collection can support the same volume. Compare monthly output with expected sales and bottle fleet.
- Current deliveries
- Seasonal peak
- Finished storage
- Bottle fleet
- Return timing
Recalculate after commissioning
Replace planning assumptions with measured gross cycles, saleable output, stop reasons and cleaning duration. This creates a reliable basis for shifts and future upgrades.
- Gross output
- Saleable output
- Stop log
- Reject log
- Shift comparison
Information needed for a quote
Send the bottle and cap basis, required BPH, bottle path, factory and utility information, destination and any module or support requirement. Unknown items can remain marked “to be confirmed.”
Request a Configuration-Based Proposal