Effective cost optimization considers price, delivery schedules, inventory, quality risk and downtime exposure. We review the BOM and demand structure to identify practical opportunities.
Total procurement cost = Material price + Purchasing & logistics + Inventory + Supply & quality risk
| Direction | Approach | Trade-offs to weigh |
|---|---|---|
| Demand consolidation | Combine quantities for the same item across projects or planning periods. | Actual consumption, MOQ and inventory turnover |
| Delivery splitting | Separate urgent and standard deliveries to avoid waiting for the entire order or expediting every line. | Split-shipment logistics and arrival schedule |
| Lifecycle planning | Identify obsolete, end-of-life and allocated items early; distinguish stock-building from ongoing sourcing. | Stock quantity, aging and demand changes |
| Substitution & specification review | Where technically permitted, evaluate packages, series or alternatives with better availability. | Validation cost, compatibility and change risk |
| Commercial comparison | Compare quantity breaks, packaging, destination, payment and order terms. | Payment terms, taxes, freight and acceptance requirements |
Line-level part numbers with suffixes and revisions — not series names.
Quantity per order and per planning period, so consolidation and MOQ breaks actually work.
Urgent lines separated from standard ones, so splitting saves time instead of adding freight.
For critical materials, apparent savings should not come at the expense of traceability or fitness for use.
