Machinery category
Packaging line planning and end-of-line systems
Packaging line planning starts with pack formats and required packs per minute, then subtracts changeovers and applies OEE to get real annual output. This page helps you prepare a packaging, packaging line automation or end-of-line project — filling, sealing, labelling, cartoning, case packing, palletising and warehouse interface — up to the point where manufacturers can quote comparably. Before any manufacturer is contacted you must confirm pack formats and materials, required packs per minute, changeover frequency, the interface to the upstream line and the acceptance criteria. It is for manufacturers, co-packers, food and beverage plants, converting plants and industrial groups.
Next step: Calculate annual packs and cases from your line speed and changeovers, then complete the RFQ blocks and send the brief for human review.
Direct answers
What is packaging line planning?
Packaging line planning is deciding the design speed, format mix, changeover regime and end-of-line handover before machines are selected. It converts required packs and cases per year into a nominal packs-per-minute figure that manufacturers can quote against.
What is end-of-line packaging?
End-of-line packaging covers everything after the primary pack is filled and sealed: labelling, coding, inspection, cartoning, case packing, robotic palletising, stretch wrapping and the interface to the warehouse or truck.
How fast should my packaging line run?
Take annual packs required, divide by net run minutes after changeovers and planned stops, then divide by expected OEE. That nominal packs-per-minute figure, stated per pack format with each format share, is what makes packaging line quotations comparable.
Typical scope
- • Filling, dosing, weighing and sealing machines
- • Form-fill-seal, tray sealing, capping and induction sealing
- • Labelling, coding, marking and inspection
- • Cartoning, case packing, shrink and wrap-around systems
- • Robotic palletising, stretch wrapping and pallet labelling
- • Conveying, buffering, accumulation and warehouse interface
Confirm before manufacturers are contacted
- • All pack formats, sizes, materials and their share of production
- • Required packs per minute per format, and the format that sets the design point
- • Number and duration of format changeovers per shift
- • Upstream line speed and buffering between machines
- • Inspection, coding, traceability and reject-handling requirements
- • Pallet pattern, case configuration and warehouse or truck interface
Who this is for: Manufacturers, co-packers, food, beverage and consumer-goods plants, converting operations and industrial groups.
Packaging line planning and end-of-line systems calculator
Enter your own figures to see the planning numbers a manufacturer needs, then turn them into a structured brief. Inputs, assumptions and limitations are yours: this is indicative planning only, not an engineering design, a supplier quotation, a performance guarantee or a financing approval.
Inputs
Planning results
- Net run time per year
- 3,583 h
- Packs per year
- 19,350,000
- Cases per year
- 1,612,500
- Effective packs per minute
- 90
417 h lost to changeovers
at 75% OEE
12 packs per case
Serious project review, supplier routing and financing-pathway discussion generally start from an expected total project value of USD 250,000. Buyers are never automatically connected to a manufacturer: David and the human team review qualifying projects first.
Generated project brief
Project brief — Packaging line planning and end-of-line systems Product / process: (to confirm) Country: (to confirm) Indicative budget: (to confirm) Timeline: (to confirm) Planning assumptions and results: - Design line speed: 120 packs/min (nominal), 90 effective at 75% OEE - Shift model: 8 h x 2 shifts x 250 days - Changeovers: 2 per shift at 25 min - Indicative annual output: 19,350,000 packs / 1,612,500 cases Must be confirmed before manufacturers are contacted: - All pack formats, sizes, materials and their share of production - Required packs per minute per format, and the format that sets the design point - Number and duration of format changeovers per shift - Upstream line speed and buffering between machines - Inspection, coding, traceability and reject-handling requirements - Pallet pattern, case configuration and warehouse or truck interface Acceptance criteria to agree: FAT and SAT scope, measurement method, sample period, tolerances, downtime and out-of-range behaviour. Note: indicative planning only. Not an engineering design, quotation, performance guarantee or financing approval.
Structured RFQ checklist & production-line planner
Enter your capacity assumptions to get an indicative annual output and CAPEX planning band, then confirm the eleven RFQ blocks manufacturers need before they can quote comparably. Each block links to the readiness page and to a real person on WhatsApp.
Inputs
Indicative planning result
- Nominal capacity
- 4.80M units/year
- Effective at 75% OEE
- 3.60M units/year
- CAPEX planning band
- USD 5.04M – 15.12M
- RFQ readiness
- 0% (0/11)
Inputs, assumptions and limitations: the band is derived from your own capacity figures and a broad CAPEX intensity range per project family. It excludes building works, land, duties, working capital and local installation conditions. Indicative planning only — not an engineering design, supplier quotation, performance guarantee or financing approval.
Industrial RFQ readiness — eleven blocks
How do I prepare an RFQ for a custom production line?
Work through the eleven checklist blocks below: product and capacity, inputs and outputs, process and equipment scope, automation and quality, site and utilities, installation and service, budget and timeline, compliance, open assumptions and acceptance-test criteria. Complete blocks make supplier quotations comparable.
How accurate is the planning calculator?
It is an indicative planning estimate derived from your own capacity inputs and a broad CAPEX intensity band per project family. It is not an engineering design, a supplier quotation, a performance guarantee or a financing approval.
What is the minimum project size for human review?
Formal project review, supplier routing and financing-pathway discussion generally start from an expected total project value of USD 250,000. Below that, planning guidance and calculators remain available.
Does Global B2B Group connect buyers directly to manufacturers?
No. Buyers are never automatically connected to a manufacturer or supplier. David and the human team review qualifying projects before any appropriate external routing.
Buyers are never automatically connected to a manufacturer or supplier. David and the human team review qualifying projects before any appropriate external routing. WhatsApp is a technology-assisted, human-reviewed way to start or continue a project conversation.
Frequently asked questions
How do I calculate packaging line capacity?
Multiply packs per minute by net run minutes per shift, by shifts and by operating days, then apply expected OEE. Net run minutes are gross shift minutes minus changeovers, cleaning and planned stops. Divide by packs per case to get cases per year for palletising and warehouse sizing.
Which pack format should the line be designed around?
The design point is normally the format with the highest volume share, but the slowest format determines whether the line can still meet annual output. State both in the RFQ, with the share of production for each format.
How do changeovers affect the specification?
Each format changeover removes run time and adds waste. A line with four changeovers per shift can lose an hour or more per shift, which raises the nominal speed required. Manufacturers price quick-change tooling and automation against this figure, so it must be stated.
Related planning paths
Global B2B Group is not a machinery manufacturer, engineering contractor, EPC contractor, bank, lender, pricing authority or automatic buyer–supplier marketplace. All figures on this page are indicative planning values based on your own inputs.