Product supply
A hopper refill, IBC transfer, pump starvation or temperature change can lengthen the cycle or interrupt production.
Free planning calculator
Filling speed and production capacity calculator.
Estimate theoretical and efficiency-adjusted packs per minute, hour, day and week before discussing a machine or complete line.
Packs per minuteShift capacityLine planning
Capacity model
Turn nozzles, cycles and operating time into a realistic planning range.
Enter the number of simultaneous filling nozzles, completed cycles per minute and an allowance for real-world efficiency. The result is a planning estimate, not a performance guarantee.
- Run a conservative, expected and best-case scenario.
- Use completed fill cycles, including index and nozzle movement time.
- Check whether product feed or downstream equipment becomes the bottleneck.
- Confirm final output through a representative product and container trial.
Interpret the result
Why actual sellable output is usually lower than nozzle count multiplied by cycle rate.
Container handling
Unstable packs, neck-centre variation and manual loading can make indexing slower than the filling hardware.
Downstream balance
Capping, sealing, coding and labelling must accept the same sustained output without starving or blocking the filler.
Changeover and cleaning
Daily capacity should include planned product changes, wash-down, setup, checks and operator breaks.
Calculation method
The capacity formula used by this planning tool.
Theoretical packs per minute equals simultaneous nozzles multiplied by completed fill cycles per minute. Planned output then applies the entered efficiency allowance before converting the result into hourly, daily and weekly capacity.
| Theoretical packs/min | Number of nozzles × completed cycles per minute |
| Planned packs/min | Theoretical packs/min × efficiency percentage |
| Planned packs/hour | Planned packs/min × 60 |
| Daily and weekly capacity | Hourly output × operating hours × shifts × production days |
Technical resource library
Continue your filling-machine project research.
Use the related tools and guides to build a clearer specification before requesting a machine shortlist.
Filler selection matrixCompare suitable dosing principlesOverfill cost calculatorEstimate product giveaway and costFilling-line OEE calculatorModel availability, performance and qualityURS templatePrepare a stronger machine specificationViscosity and product behaviourUnderstand what changes filler choiceUK compliance planningReview documentation and workplace dutiesTotal cost of ownershipCompare cost, savings and paybackAbout LancingCompany, support and content approach
FAQs
Filling-speed calculation questions.
No. It is a planning estimate. Product draw time, dispense time, container indexing, nozzle movement, operator work and downstream equipment can all reduce actual output.
Use a conservative figure based on known stoppages, changeovers and line balance. For a new project, model several scenarios rather than relying on one optimistic percentage.
Not necessarily. Product supply, conveyor indexing, container presentation and downstream equipment may limit the benefit.
Both. A filler can have spare capacity while the capper, labeler, coder or manual handling step limits sellable output.
Turn the planning work into a practical machine shortlist.
Send your product, fill range, container, output target and available footprint. Lancing UK can compare the most practical filling route before quotation.