Maintenance kitting is the practice of gathering and staging everything a maintenance job needs (parts, consumables, special tools, documents) into a single prepared kit before the work order is scheduled to start, so the technician walks to the job once and works instead of hunting for materials. It is one of the highest-leverage habits in maintenance planning because it attacks the largest hidden time sink in most maintenance departments: searching and waiting.
A 12-technician department completes 60 planned work orders a month. Time studies (and most published estimates) put searching for parts, tools, and information at 30 to 60 minutes per job in an unkitted operation; assume a measured 45 minutes. That is 45 hours per month of skilled labor spent walking and searching. Kitting the same jobs cuts retrieval to about 10 minutes (collect the kit, confirm contents): 10 hours, recovering 35 technician-hours every month, roughly a fifth of a full-time technician, without hiring anyone. The gain shows up directly in wrench time, and it compounds: jobs start on schedule, so the schedule itself stays credible.
Kitting depends on knowing the job in advance, so it belongs to planned work: preventive maintenance routines, planned corrective jobs, and shutdown tasks. Emergency breakdowns cannot be kitted, which is another quiet argument for shifting the mix from reactive to planned work order types. Many sites start by kitting their recurring PM routes, where the same kit contents repeat every cycle and can be templated once.
A kit that is missing one gasket fails at exactly the moment it was supposed to prevent. Kitting therefore stands on disciplined spare parts management: accurate on-hand counts, correct storage locations, reliable reorder points, and a clean MRO catalog so the planner can find the right part number the first time. Sites with poor inventory records usually fix accuracy on the kitted item range first, then expand.
On paper, kitting drowns in lists. In a CMMS, the parts list lives on the work order, stock is reserved when the job is scheduled, and the storeroom picks from the system instead of a handwritten note; our guide on automating maintenance kitting with a CMMS walks through the setup. Fabrico's CMMS ties work orders, asset parts lists, and spare parts stock together, so planners can see part availability while scheduling and technicians get complete kits instead of surprises.
Recurring preventive maintenance routes with stable parts lists. They repeat, so one templated kit definition pays back every cycle, and their material needs are predictable enough to reserve stock reliably.
Typically storeroom staff pick and stage kits from the planner's work order parts list. Making technicians build their own kits recreates the searching problem kitting exists to remove, though technician feedback should continuously improve kit contents.
Long enough to resolve shortages before the scheduled date, short enough that kits do not queue for weeks: a few days to one week ahead is a common target, with parts reserved at scheduling time and picked close to execution.
See work orders, parts lists, and stock levels in one system. Book a Fabrico demo.
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