Package price
Materials, conversion, printing, finishing, supplier freight, inventory, and minimum-order effects.
Total packed cost modeling
A total packed-cost model connects package price with labor, damage, freight, rework, tooling, fulfillment, inventory, and the evidence behind each assumption. A packaging cost savings calculator or packout labor cost calculator is only useful when those inputs are defined and classified.
Evidence model
| Classification | Meaning | Typical examples |
|---|---|---|
| Customer supplied | Information provided by the customer or an approved internal source. | Annual volume, standard labor rate, damage cost, current package price. |
| Observed | Information directly observed or measured during the review. | Cycle time, hand placements, component count, dimensions, process sequence. |
| Supplier quoted | Commercial or technical information supplied in a current quotation. | Unit cost, tooling, freight, lead time, minimum order, production assumptions. |
| Estimated | A working assumption used for preliminary comparison. | Projected cycle time, damage reduction, future freight, preliminary implementation cost. |
| Unknown | Information required before a decision or savings claim can be validated. | Final design, test result, actual production rate, approved supplier price. |
Model components
Materials, conversion, printing, finishing, supplier freight, inventory, and minimum-order effects.
Time per unit, annual volume, wage, burden, replenishment, movement, inspection, and exceptions.
Replacement product, returns, containment, rework, scrap, service, and emergency freight.
Dimensional weight, cube, pallet density, transport mode, warehouse space, and fulfillment.
Engineering, samples, tooling, testing, validation, line trials, documentation, and approval.
Inventory transition, supplier readiness, training, changeover, system updates, and launch support.
Minimum orders, lead time, safety stock, obsolete packaging, and inventory ownership.
Unknowns, sensitivity ranges, dependencies, protection requirements, and operating constraints.