Reverse Logistics
Returns processing with 98.2% accuracy across all product categories
ExploreSpecialized Logistics
Reverse logistics, in-plant operations, spare parts management, and milk run - built for automotive and manufacturing precision.
Where standard logistics ends, Vistar's specialized capabilities begin - handling the complex, high-consequence logistics operations that define automotive and industrial supply chains.
When standard warehousing stops being enough
Most third-party logistics work is variations on a single pattern: receive material, store it, pick it, dispatch it. Specialized logistics covers the flows that break that pattern - where the material moves inside the customer's own plant, where it travels backwards through the network, or where the value of a single item makes the usual economics irrelevant.
These engagements are distinguished less by the equipment involved than by where the work is measured. A conventional warehouse is judged at its own dock. In-plant logistics is judged at a production station inside somebody else's factory, reverse logistics is judged on what proportion of returned value is recovered, and a spare-parts operation is judged on whether a specific part was available on the one day it was needed.
That difference matters when scoping an engagement, because a contract written around dock-level measures will not describe any of these operations usefully.
In-plant work is measured at the station, not the dock
An in-plant team operates inside the customer's facility, feeding material to production in the sequence the line consumes it. The service is effectively an extension of the customer's own operation, staffed and managed by the logistics provider.
The metric that governs it is stoppage minutes attributable to material, not fill rate. Those two numbers can diverge sharply: a dock-level fill rate that would be considered excellent still permits a stoppage if the missing item was the one required at the start of a shift. Anyone evaluating an in-plant proposal should insist that the performance measures are line-side ones, agreed before go-live, because retrofitting them afterwards means both parties reporting success against different definitions.
The practical prerequisites are access to the production schedule, agreement on where staged material sits, and a defined escalation route when a component is short. Shift coverage has to match the plant's, which is usually the largest single driver of the cost.
Reverse flows are an operation, not a returns desk
Returns are frequently treated as an administrative afterthought, which is why so much value leaks out of them. A returned unit has several possible destinations - back to stock, to repair, to parts recovery, or to disposal - and the difference in recovered value between the best and worst of those is substantial.
What determines the outcome is how quickly the decision is made. An item that sits unassessed loses value continuously: warranties lapse, model generations turn over, and a unit that was resaleable on arrival becomes scrap by the time anyone inspects it. The disposition decision is therefore the highest-leverage step in the whole flow, and it is the one most often deferred.
A reverse operation worth commissioning does three things: inspects and dispositions on a defined clock rather than when capacity allows, keeps the audit trail intact so warranty claims survive scrutiny, and reports recovered value rather than units processed.