Key Takeaways: MRO spare parts management in a separate system from your CMMS produces the two most expensive outcomes in maintenance operations: stockouts on critical parts during production failures, and excess slow-moving inventory that ties up working capital for years. Fabrico's integrated parts management connects spare parts availability directly to PM scheduling, work order execution, and procurement — eliminating both problems from the same platform.
The MRO inventory management problem has two failure modes that most operations experience simultaneously:
Stockout failures: A critical machine fails. The required spare part isn't in stock. Production waits 4–48 hours while parts are sourced at emergency prices. Cost: production loss + emergency sourcing premium (2–5x standard cost). Frequency in plants without CMMS-integrated parts management: 2–4 times per month.
Excess inventory failures: Parts are purchased defensively and held "just in case." 30–40% of the spare parts in the storeroom have had zero usage in 24 months. Working capital tied up in slow-moving inventory: $50,000–200,000 in a typical mid-market manufacturing facility.
Both failures have the same root cause: parts management decisions made without visibility into actual consumption patterns, failure frequencies, and PM requirements.
| Problem | Root Cause | Fabrico Solution |
|---|---|---|
| Emergency stockout during failure | Reorder point not set or set incorrectly | Reorder points calculated from actual CMMS usage history + supplier lead time |
| Excess slow-moving inventory | No visibility into actual consumption patterns | Usage analysis from CMMS work orders identifies zero-movement parts for disposal review |
| Parts not available for scheduled PM | PM parts not reserved before PM execution date | Automatic parts reservation when PM work order is generated |
| Emergency purchases at premium cost | Stockout discovered when repair begins | Mobile parts availability check in work order before technician leaves the storeroom |
| Vendor performance issues creating stockouts | Actual lead times exceeding quoted lead times | Vendor actual vs quoted lead time tracking from PO to goods receipt timestamps |
The reorder point formula Fabrico uses for automatic calculation:
Reorder Point = (Average daily usage × Supplier lead time) + Safety stock
Each component uses actual CMMS data:
The quarterly review routine Fabrico enables:
Manufacturing operations that implement Fabrico's data-driven reorder points consistently achieve:
The most operationally impactful feature of Fabrico's parts management is the integration between parts inventory and work order execution — the connection that ensures technicians have the parts they need before they arrive at the machine.
When Fabrico generates a PM work order, it automatically checks inventory for the parts that PM requires and reserves them against the work order. If the required parts aren't in stock, the PM work order generates a purchase request simultaneously — ensuring parts arrive before the PM execution date.
This prevents the most common PM execution failure: a technician arrives at the machine for a scheduled PM, finds the required parts aren't in stock, and either defers the PM (compliance miss) or improvises with incorrect parts (quality risk).
When a technician opens a corrective work order in Fabrico's mobile app, the app displays:
The technician knows before leaving for the storeroom whether the repair is executable with in-stock parts. This single interaction eliminates the 20–45 minute parts-hunting delay that adds to MTTR in plants without real-time inventory integration.
For a 15-person maintenance team handling 150 work orders per month, eliminating this delay on even 20% of work orders saves 60–90 minutes per month per technician — 15–22 hours of recovered wrench time across the team — from a data connection that requires no additional hardware investment.
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