A Midlands FMCG manufacturer tracked exactly where their maintenance team's time went. The result: 22 hours per week lost to tasks that generated zero maintenance value — purchase orders, routing calls, compliance spreadsheets, vendor chasing, report assembly. Across four plants that was 88 hours weekly — two full-time technicians who never touched a wrench. RPA eliminates this entirely. Start your free trial or book a demo.
Oxmaint — Automated Workflows & Dispatch
Your Maintenance Team Should Be Maintaining Equipment. Not Processing Paperwork.
Oxmaint's workflow engine handles PO generation, work order routing, compliance reporting, vendor communication, and KPI dashboards — automatically.
Where the 22 Hours Go — The Admin Breakdown
Before RPA, every FMCG maintenance team loses time to the same five tasks. The variation between plants is volume, not structure.
Weekly Admin Hours Lost Per Task — Without RPA
Purchase Order Processing
6–8 hrs
→ Automated trigger
Compliance Reporting
4–6 hrs
→ Scheduled generation
Work Order Routing
3–5 hrs
→ Rule-based dispatch
KPI & Management Reporting
3–5 hrs
→ Live dashboard
Vendor Communication
2–4 hrs
→ Automated updates
Total weekly admin loss
18–28 hrs → Under 2 hrs with RPA
Use Case 1: Automated Purchase Order Generation
The same consumables ordered on the same cycle, manually, every time. PO automation is the highest-volume, clearest-rules RPA target in FMCG maintenance.
1
Stock Trigger
Part drops below reorder point — CMMS detects automatically from work order consumption
→
2
PO Draft
Pre-populated with part number, vendor, last price, quantity, and delivery date — zero manual entry
→
3
1-Click Approval
Under $1,500: mobile approval. Above threshold: auto-escalates to procurement
→
4
Vendor Send
PO sent by email/EDI automatically — confirmation timer starts, escalation if no response in 8 hrs
→
5
Receipt & Close
QR scan on delivery updates stock, closes PO, reconciles against order — full audit trail, zero data entry
Before RPA
45–90 min
per purchase order — manual identification, ERP entry, document attachment, vendor contact, confirmation logging
VS
After RPA
Under 5 min
trigger to approved PO — single mobile approval tap, everything else automated end-to-end
Use Case 2: Intelligent Work Order Dispatch
3–5 hours per week lost to routing decisions that follow the same logic every time. P1 faults dispatched in 60 seconds — not 40 minutes.
How Automated Dispatch Decides — Decision Logic
Every fault triggers the same 5-point check in under 1 second — then routes to the right outcome automatically
Fault Logged
→
✓ Asset criticality
✓ Production schedule
✓ Skill & certification
✓ Shift roster
✓ Tech availability
→
Outcome
P1
60 sec
Dispatched Immediately
Critical asset on active line — tech notified on mobile with full asset history, access details, and fault context. SLA timer starts on dispatch.
Critical asset · Active line
P2
30 min SLA
Queued to Next Qualified Tech
Non-critical asset or line in downtime — work order held for the next available certified technician. Auto-escalation if SLA window is missed.
Non-critical · Scheduled downtime
!
Instant alert
Auto-Escalate + Contractor
No qualified tech on shift — supervisor notified immediately. Contractor request auto-generated with fault details, asset history, and PO reference.
No tech available · Outside hours
Skill and Certification Matching
Safety Critical
Work orders requiring electrical isolation only go to certified electricians. PLC faults only route to techs with recorded PLC competency. Automated routing checks the record every time — manual routing relies on someone remembering.
Acknowledgement and SLA Timers
SLA Management
No acceptance in 5 min (P1) or 30 min (P2)? The system auto-reassigns to the next qualified tech and notifies the supervisor. Every escalation logged for SLA review. No work order falls through a busy shift.
Contractor Auto-Brief
Extended Coverage
When no internal tech is available, the workflow selects from approved vendors by fault type and generates a contractor request including asset details, access requirements, fault history, and PO reference — no manual brief needed.
Automated Dispatch — Oxmaint
P1 Faults Dispatched in Under 60 Seconds. No Phone Calls. No Manual Assignment.
Oxmaint reads asset criticality, technician competency, shift roster, and SLA timers to route every work order automatically — with built-in escalation so nothing is missed.
Use Case 3: Automated Compliance Reporting
BRC, FSSC 22000, PSSR, F-gas, LOLER — every framework needs evidence that maintenance was completed, documented, and signed off. Manual assembly takes 6–8 hours per report and introduces the transcription errors that get flagged as non-conformances.
Scheduled Report Generation
Templates mapped to BRC, FSSC 22000, ISO 55000, PSSR, LOLER. Workflow pulls work order data, inspection records, and technician sign-offs on schedule — formatted report ready for sign-off in 4 minutes.
6–8 hrs → 4 min per report
Overdue Escalation Alerts
Every statutory inspection monitored against its due date. Automated escalations at 7 days, 3 days, and day-of — to maintenance manager, plant manager, and compliance officer. No compliance task missed because someone was on leave.
Prevents: Audit non-conformances
Audit Pack Assembly
Full evidence pack — all maintenance records by asset, date, and task type with signatures and photos — assembled in under 10 minutes. Previously 2–3 days of manual retrieval and formatting.
2–3 days → under 10 minutes
Use Case 4: Vendor and Contractor Workflow Automation
2–4 hours per week lost to delivery chasing, contractor briefing, sign-offs, and invoice matching. RPA handles the communication layer automatically.
Stage 1
Pre-Arrival
Confirmation request sent 24 hrs before visit
Induction reminder and permit requirements attached
Asset access details and fault history included
Non-response in 4 hrs → escalation to planner
Confirmed visit, briefed contractor
Stage 2
On-Site Check-In
QR scan at entrance logs against work order
Permit to work issued digitally via CMMS
Work order pushed to contractor device
Manager notified of contractor on-site
Digital check-in, full audit trail
Stage 3
Job Completion
Structured digital job report completed in CMMS
Counter-sign-off triggered via mobile notification
Record appended to asset history automatically
Follow-up PM scheduled from report data
Verified completion in CMMS
Stage 4
Invoice Matching
Invoice matched against WO, PO, and job report
Matching invoices: one-click payment approval
Discrepancies flagged for manual review
Cost posted to asset lifetime maintenance record
Three-way matched or flagged exception
The ROI: What Gets Recovered
RPA return comes from two sources: direct time recovery and operational improvement. Both are measurable from month one.
Annual Value by Category
Mid-size FMCG plant · 14-person maintenance team · full RPA deployment
Planner time recovery
Faster fault response
Compliance protection
Parts stockout prevention
Contractor admin efficiency
Programme cost
$156K+
Net annual value
7–13×
Documented ROI
30 days
To first saving
Implementation: Phased vs. Big-Bang
Start with one process. Prove the value in 30 days. Expand from there. Trying to automate everything simultaneously delays value and increases resistance.
Phased Approach vs. Big-Bang
Why starting with one workflow delivers better long-term results
Element
Big-Bang
Phased (Recommended)
Time to first value
3–6 months
2–4 weeks
Exception discovery
Multiple processes at once
One process refined first
Team confidence
Disruption before benefit
Early wins build buy-in
ROI realisation
Back-loaded
Incremental from week 2
Full deployment
One large high-risk launch
90 days across 5 categories
Oxmaint's workflow engine is designed for incremental deployment — each automation module activates independently, with existing manual processes running in parallel until confidence is established.
Frequently Asked Questions
Does RPA require integration with our ERP system?
ERP integration is valuable but not a prerequisite. Work order routing, compliance reporting, contractor management, and KPI reporting all operate entirely within the CMMS without ERP integration. PO automation benefits from ERP integration to push approved orders directly into procurement, but can run standalone with an approval-to-email workflow while integration is configured. Oxmaint supports API integration with SAP, Oracle, and Microsoft Dynamics, plus CSV workflows for systems without direct API capability.
What happens when the automated workflow makes a wrong decision?
RPA workflows are rule-based engines executing logic you configure — not AI making unpredictable decisions. A wrong decision means the rules need adjustment. Most exceptions discovered in the first 30–60 days are edge cases that were implicit in the manual process: a vendor who only accepts phone orders, a part with two acceptable substitutes. Automation surfaces these as explicit configuration requirements — more valuable than having them handled inconsistently by different planners. Every workflow includes a manual override, and every automated decision is logged with its rule basis for audit purposes.
How long does it take to configure the first workflow?
For PO automation — the recommended starting point — initial configuration takes 2–4 hours with a maintenance planner who knows the current process. Steps: define reorder points for the top 20–30 highest-turnover parts, confirm preferred vendors and pricing, set the approval threshold, configure the vendor notification template. Oxmaint provides pre-built templates for the most common FMCG scenarios — most configuration is selection and threshold-setting rather than building from scratch. First automated PO typically runs within 3 days of configuration start.
Will maintenance staff resist automated dispatch?
Resistance is most common when automation is perceived as surveillance. Frame it correctly: automated dispatch replaces the phone calls, manual updates, and chase-up tasks that staff consistently identify as the most frustrating parts of their job — not their technical judgment. After 4–6 weeks of live automated dispatch, the most common reaction is relief: technicians receive clear, complete job information on mobile with full asset history and spend less time waiting for assignment confirmation. Planners shift from reactive coordination to proactive planning — a higher-value use of their skills.
How does Oxmaint support maintenance administration RPA?
Oxmaint's Automated Workflows and Dispatch module covers all five admin categories: PO automation (reorder triggers, draft generation, approval routing, vendor notification, goods receipt), work order dispatch (criticality priority, skill matching, shift roster, SLA timers, escalation chains), compliance reporting (scheduled generation, overdue alerts, audit pack assembly), vendor management (pre-arrival comms, digital check-in, completion sign-off, invoice matching), and KPI reporting (live dashboards, scheduled distribution). All workflows configurable without coding through a guided interface. Implementation support included for the first 90 days.
Oxmaint Automated Workflows
22 Hours a Week of Admin. Give It Back to Maintenance.
Purchase orders, dispatch, compliance reports, vendor comms, KPI dashboards — all automated. Your team focused on equipment, not paperwork.
22 hrs
per week recovered
7–13×
documented ROI
$156K+
net annual value
Get started in 3 steps
1
Configure your first workflow
PO automation — 2–4 hrs to configure, first automated order in 3 days
2
Activate dispatch and routing rules
P1 faults auto-assigned in 60 seconds — no phone calls
3
Expand across all 5 categories
Full automation complete within 90 days
