Evaluation Criteria
Outpace Professional Services · Odoo ERP
Your Plant
Runs Faster
Than Your Systems.
Spreadsheet BOMs. Tribal knowledge on the shop floor. Production schedules that fall apart the moment one machine goes down. If your ERP strategy is "we'll fix it later," later is already here.
Six Ways Manufacturing Operations Leak Margin
Where the Money GoesBefore It Gets to P&L
Most manufacturers know their products inside out. What they don't know — until it's too late — is where the operational gaps are costing them margin on every production run.
01
BOM Chaos & Version Control
When your bill of materials lives in a spreadsheet, version 12 gets used on the floor while version 16 is quoted to the customer. The result: wrong materials purchased, wrong quantities cut, and a variance report nobody can explain.
BOM errors account for 23% of all production rework in unmanaged environments
02
Inventory That Exists in Three Places and None of Them
Raw materials are tracked in purchasing, WIP is tracked by supervisors, finished goods are tracked in shipping. Nobody has a consolidated view. Production gets halted because nobody knew the steel ran out until a machinist went to grab some.
Avg. 18% of raw material spend is tied up in excess buffer stock to cover tracking failures
03
Production Scheduling That's Already Wrong
A schedule that doesn't account for real machine capacity, actual cycle times, or current WIP is just a wish list. When one machine goes down or one order rushes in, the entire schedule breaks — and manual rescheduling takes hours.
On-time delivery rates average 58% in operations without constraint-based scheduling
04
Zero Traceability When Something Goes Wrong
A customer calls with a quality complaint. Which batch? Which raw material lot? Which machine? Which operator? Without end-to-end lot traceability, you're guessing — and potentially recalling ten times more product than you need to.
Manufacturers without traceability face 3–8× higher recall costs when quality events occur
05
Cost of Goods Nobody Actually Knows
Standard costing was set three years ago. Material prices have changed. Labor rates have changed. Machine depreciation hasn't been updated. You're pricing from a cost model that's quietly wrong — and wondering why margin is narrowing.
Standard cost vs. actual cost variance averages 14–22% in operations without real-time COGS
06
Maintenance That Happens After the Machine Breaks
Reactive maintenance costs 3–5× more than preventive. When the maintenance schedule lives in a binder by the maintenance office and gets updated by memory, equipment keeps running until it doesn't .
Unplanned downtime costs manufacturers an average of $260K per hour in discrete manufacturing
Platform Evaluation
Choosing the Right ERP for Manufacturing
The manufacturing ERP market ranges from purpose-built open-source platforms to enterprise behemoths with 18-month implementations. We've done the evaluation work — here's what actually matters on the floor.
OPS Recommended — Mid-Market Manufacturing
Odoo Manufacturing
A fully integrated open-source ERP with a purpose-built manufacturing module covering MRP, production orders, shop floor control, quality, and maintenance — all in one system, without the enterprise price tag.
Also Evaluated
SAP / Oracle / Infor / Epicor
Enterprise-grade manufacturing ERPs with deep functionality and global scale — but implementation timelines measured in years, licensing costs measured in millions, and a complexity overhead that frequently overwhelms mid-market operators.
MRP / Production Planning
BOM & Routing Management
Shop Floor App (Mobile)
Lot / Serial Traceability
Quality Control Integration
Maintenance (CMMS)
Real-Time COGS Tracking
Mid-Market Fit (10–500 staff)
Implementation Cost (Typical)
Annual Licensing (50 users)
Time to Go-Live (Typical)
Odoo
Full MRP II
Multi-level + ECO
Native Tablet
Full Upstream/Downstream
Native QCP + QC Orders
Native Preventive + Reactive
Job-Level Actuals
Ideal
$25K–$120K
$40K–$80K
8–20 weeks
SAP S/4HANA
Best-in-class
Full
SAP ME Add-on
Full
QM Module
SAP PM Module
Full
Enterprise Only
$500K–$3M+
$300K–$800K+
52–130 weeks
Oracle Mfg
Full Suite
Full
Limited
Full
Separate Module
Requires Add-on
Full
Enterprise Only
$300K–$2M+
$200K–$600K+
40–104 weeks
Infor CloudSuite
Full Suite
Full
Infor SX.e
Full
Separate Module
EAM Module
Full
Upper Mid-Market
$200K–$1M+
$150K–$400K+
26–78 weeks
Epicor Kinetic
Full Suite
Full
Built-in
Full
Built-in
Basic
Full
Strong
$80K–$400K
$60K–$180K
16–40 weeks
Core Manufacturing Modules
What a Manufacturing ERP Actually Covers
A manufacturing ERP isn't an accounting system with a work order module bolted on. These are the eight operational pillars that determine whether your floor runs or stalls.
MRP & Production Planning
Material Requirements Planning driven by real demand — sales orders, forecasts, and min/max rules. Know what to make, when to make it, and what to buy before the machine operator asks.
Demand-driven MRP scheduler
Multi-level BOM explosion
Capacity-constrained scheduling
Replenishment rules by product
Make-to-order / make-to-stock modes
BOM & Routing
Multi-level bills of materials with version control, engineering change orders, and routing sequences tied to real work centers with real cycle times.
Multi-level & phantom BOM support
Engineering Change Order (ECO) workflow
Work center & operation routing
Cycle time & standard cost per operation
By-product & co-product handling
Shop Floor Control
Tablet-native shop floor app for operators — scan a job, log time, report quantities, flag quality issues. Real-time WIP visibility without paper travelers.
Tablet-optimized operator interface
Barcode / QR job scanning
Real-time time & quantity reporting
Scrap and rework logging
Live WIP dashboard for supervisors
Inventory & Warehouse
Real-time inventory across raw materials, WIP, and finished goods — with lot/serial tracking, multi-location management, and automated replenishment triggers.
Multi-location & multi-warehouse
Lot and serial number tracking
Auto-replenishment rules
Cycle count management
Putaway rules & storage strategies
Quality Control
Quality control points at incoming, in-process, and final inspection stages — with pass/fail criteria, measurement logging, and non-conformance workflows that stop bad product before it ships.
QC trigger points (receive, produce, ship)
Configurable test criteria per product
Lot quarantine management
Quality analytics & failure trends rules by product
Non-conformance & CAPA workflow
Traceability
Upstream and downstream lot traceability on every component and finished product. If something goes wrong, trace it to the raw material lot and supplier in seconds — not days.
Full upstream/downstream trace
Lot genealogy trees
Supplier lot to customer shipment
Recall simulation reports
Regulatory compliance documentation
Maintenance (CMMS)
Preventive and reactive maintenance management fully integrated with production scheduling. A machine flagged for PM doesn't get scheduled for production during its maintenance window.
Preventive maintenance scheduling
Reactive breakdown management
Maintenance → production integration
MTBF and downtime analytics
Spare parts inventory linkage
Manufacturing Analytics
OEE by machine and work center, job-level actual vs. standard cost, scrap rates, on-time delivery performance, and yield by product line — all in real time.
OEE dashboards (Availability / Performance / Quality)
Actual vs. standard cost variance
Scrap & yield by product / operator
On-time production performance
Custom KPI builder
Implementation Methodology
Floor-Up, Not
Boardroom-Down.
Most manufacturing ERP failures happen because the system is designed for accountants and deployed on operators. We build implementations that start on the floor and work backward to the P&L.
Weeks 1–3
Discovery
- Shop floor process mapping
- BOM & routing audit
- Inventory accuracy baseline
- Machine capacity data collection
- Integration requirements scoping
- BOM & routing audit
- Inventory accuracy baseline
- Machine capacity data collection
- Integration requirements scoping
Weeks 4–7
Configuration
- BOM & routing build
- Work center & resource setup
- Inventory locations & rules
- QC control points configured
- Maintenance schedules built
- Work center & resource setup
- Inventory locations & rules
- QC control points configured
- Maintenance schedules built
Weeks 8–11
Data Migration
- Item master & BOM import
- Opening inventory count
- Supplier & customer data
- Historical lot data (where available)
- Data validation & sign-off
- Opening inventory count
- Supplier & customer data
- Historical lot data (where available)
- Data validation & sign-off
Weeks 12–14
Training & UAT
- Operator shop floor app training
- Planner & scheduler training
- Production supervisor training
- End-to-end scenario testing
- Parallel run period begins
- Planner & scheduler training
- Production supervisor training
- End-to-end scenario testing
- Parallel run period begins
Weeks 15+
Go-Live & Optimize
- Phased go-live by product line
- Hypercare: daily check-ins
- OEE baseline established
- MRP first full run review
- Advanced modules rollout
- Hypercare: daily check-ins
- OEE baseline established
- MRP first full run review
- Advanced modules rollout
What Derails Manufacturing ERP Go-Lives
Dirty Item Master Data
Most manufacturers have an item master with thousands of records, many of which are duplicates, obsolete, or missing critical fields like lead times and unit costs. An ERP loaded with bad item data produces bad MRP runs from day one. We dedicate a full phase to item master remediation before a single BOM is imported.
Theoretical BOMs vs. What's Actually Made
Engineering BOMs often don't match what actually happens on the floor. Substitute materials, workarounds, and undocumented processes mean BOMs need to be validated by the people who build the product — not just imported from the CAD system and assumed to be correct.
Skipping Operator Training
A shop floor app that operators don't trust or understand will be abandoned within 30 days. We deliver training on the production floor, with the actual tablets, on actual production scenarios — not in a conference room with a PowerPoint.
Going Live on Standard Costing That's Never Been Validated
Standard costs loaded at go-live become the benchmark for variance analysis. If they're wrong at launch, every cost variance report for the next year is measuring against a fiction. We validate standard costs against actual production data before go-live.
Business Case
The Manufacturing ERP Return on Investment
These figures come from actual manufacturing ERP engagements across discrete, process, and mixed-mode operations. The range varies by starting maturity — these represent median observed outcomes.
+18%
OEE Improvement
–30%
Inventory Carrying Cost
+24%
On-Time Delivery
–62%
Rework & Scrap Cost
Sample Operation — $12M Discrete Manufacturer
Annual revenue
Current OEE (avg.)
Annual raw material spend
Annual scrap & rework cost
Current on-time delivery rate
Inventory carrying cost / year
$12.4M
61%
$4.8M
$380K
64%
$620K
Post-ERP Projected Impact
OEE improvement (+18%) → capacity gain
Inventory reduction (–30%)
Scrap & rework reduction (–62%)
Admin & manual data entry reduction
Implementation cost (est.)
Net Year-One Impact
+$340K/yr
+$186K/yr
+$236K/yr
+$94K/yr
–$75K one-time
+$781K
MFG Success Stories
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