Meaning
Measurement of recovered usable units relative to total dismantled hardware establishes the operational efficiency of reverse logistics and recycling programs. The component disposition yield calculates the net volume of functional parts extracted from returned or defective assemblies. Commercial contracts for warranty repair tie vendor compensation to specific yield benchmarks.
High yields reduce raw material purchasing needs by feeding refurbished components back into production channels. Lower yields force manufacturers to write off scrap material at secondary market prices, directly impacting operational margins.
Recovery Percentage
Yield calculation metrics divide harvested functional units by the gross number of incoming defective assemblies. Tracking component disposition yield across batch runs identifies structural weaknesses in automated disassembly systems. Processing plants adjust mechanical teardown speeds to prevent internal part damage.
Scrap Valuation
Residual material pricing depends on material purity after harvesting operations finish. When component disposition yield drops below targets, raw metal or silicon scrap valuation determines the remaining floor value. Recycling contracts set baseline compensation using weight measurements.
Channel Reallocation
Extracted parts passing quality control enter secondary distribution networks or service inventory pools. A high component disposition yield allows distributors to fulfill spare part obligations without placing new factory orders. Reclaimed inventory carries distinct warranty terms in secondary buyer contracts.
