Consigned Kits against Turnkey Purchasing on the Same Board
Split procurement saves component markup fees on high-cost ICs but demands strict kit audits, overage management, and clear contract defect attribution rules.
Feeder Overage
Component Excess
Supply chain management identifies feeder overage as the surplus quantity of electronic parts delivered to a production floor beyond the requirements of the active manufacturing schedule. This condition occurs when procurement systems dispatch more components than the bill of materials demands for a specific assembly job. Accurate verification depends on the reconciliation of purchase orders against physical kit counts before the placement machines start their cycles.
Manufacturers treat this variance as an indicator of waste in the ordering process.
Inventory Control
Effective oversight limits the accumulation of dead stock by enforcing strict gatekeeping at the intake point where warehouse personnel receive shipments. Staff compare the incoming reel counts to the programmed job requirement to identify discrepancies before these units move to the pick and place machines. Precise tracking of these extra reels prevents the unnecessary depletion of physical storage space on the factory floor.
Operational discipline requires that excess parts be returned to the main storage depot to maintain the accuracy of the automated material handling system.
Financial Impact
Persistent inaccuracies in material planning inflate the carrying costs of electronic components while increasing the risk of part obsolescence before the items move into production. High levels of surplus stock tie up working capital in idle assets that offer no immediate value to the current production cycle. Companies manage this financial drain by adjusting the lot sizes for future procurements based on the observed difference between the requested quantities and the actual consumption rates during assembly.
Reducing the frequency of these mismatches directly improves the liquidity of the procurement department by minimizing the value of non productive material on hand.