Maintenance Managers spend their days dealing with a gap between what needs to happen (planned, preventive, condition-based) and what actually happens (reactive, fire-fighting, manual workarounds). A CMMS either closes that gap or adds to the administrative burden without improving outcomes.
This guide is written for Maintenance Managers evaluating CMMS software — not for IT teams, not for procurement, and definitely not for the CFO. It focuses on operational outcomes, not feature lists.
Most Maintenance Managers can answer this immediately: too much reactive maintenance, not enough preventive. The CMMS should make it easy to schedule PM, track completion, and close the loop on failures so the same breakdown does not recur. If a CMMS makes that harder instead of easier — through complexity, poor mobile UX, or rigid workflows — it is the wrong tool regardless of how many features are on the sales slide.
1. How do technicians create and close a work order from their phone in under 60 seconds? 2. How does the system tell me when a PM is overdue and by how much? 3. When I need the breakdown history for a specific asset, how many clicks does it take to get there? If any of these answers are unsatisfactory, the adoption rate among your team will be low regardless of what else the platform does.
The best PM engine means nothing if technicians can see their work on a phone, complete it quickly, and close it without a supervisor involved. Evaluate the mobile experience before anything else. Watch a technician — not a sales engineer — complete a PM on a demo device.
When a machine breaks at 2am, your on-call technician needs the last 5 work orders on that asset instantly. If finding that information requires training, good luck with adoption. Evaluate asset history accessibility as a deal-breaker criterion.
Without structured failure capture, you will not be able to identify bad actors or build a reliability case for capital expenditure. Look for: configurable failure/cause/remedy codes, mandatory capture at WO closure, and easy reporting on top failure causes by asset or area.
Technicians should see parts availability when they open a work order — not discover the part is out of stock when they get to the storeroom. This requires CMMS integration with your parts inventory. It sounds basic; many platforms still do not do it well.
You need PM compliance by area, by technician, and by week — without running a report to Excel and reformatting it. If your CMMS requires an Excel export for your standard weekly KPIs, your time is being wasted.
Production operators submit work requests. If they have to call, text, or walk to the maintenance office, requests get lost. A simple request portal — accessible from a tablet or phone without a CMMS login — captures every request, routes it to the right queue, and gives requesters visibility on status. Requester portals reduce missed requests by 60-80% in plants that implement them.
The highest-value insight for a Maintenance Manager: which failures are actually costing production output, and how much? Without CMMS-to-OEE integration, you are guessing. With it, every work order is linked to actual downtime cost. This changes how you prioritise, how you justify headcount, and how you talk to the Plant Manager.
Waiting for ERP to create a PO for an urgent spare part is one of the most frustrating maintenance bottlenecks. A CMMS with its own PO workflow — even if it syncs to ERP — keeps the maintenance team moving without depending on finance to process every purchase.
AI-powered predictive maintenance (requires 12-24 months of data before it works); digital twin visualisations (nice to show the CFO, limited day-to-day value); complex gamification and technician performance scoring (usually reduces morale); and any feature that requires dedicated admin time to maintain.
Fabrico is designed by maintenance operations practitioners, not software architects. See the interface your technicians will actually use in a 30-minute demo.
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