Parts harvesting

Parts harvesting requires up-to-date component-level market pricing to assess whether the sum of recoverable parts exceeds the full-device scrap or recycling value. For pricing intelligence purposes, parts pricing follows different supply and demand dynamics than consumer device pricing, and component values can decouple from device-level trends during repair cost spikes or component shortages.

The most commercially valuable components from a harvested device are typically the display assembly, battery (if within acceptable health range), and rear camera module. Logic boards from devices with non-repairable software issues may still carry value as donor components for other repair jobs. The recoverable value from harvesting varies significantly by model and the availability of aftermarket alternatives: models where OEM parts are scarce and aftermarket parts are low quality produce higher harvested component values than models where cheap aftermarket parts are widely available.

Parts harvesting sits at the junction between recommerce and repair markets, meaning that component prices are driven by repair shop demand rather than consumer resale trends. A screen assembly for an iPhone 14 Pro Max is priced against what independent repair shops are willing to pay, not against what a refurbished iPhone 14 Pro Max sells for. Operators who harvest parts need visibility into component market prices separately from device market prices to route inventory to its highest-value use at each point in the device lifecycle.