Downloadable Scorecard for MOM Software Evaluation
Manufacturing Operations Management software can mean very different things depending on the vendor.
One product may be a full enterprise MOM/MES platform managing production, quality, materials, maintenance and genealogy across dozens of factories.
Another may concentrate on OEE and downtime.
Another may specialize in production planning.
Another may give a small manufacturer a simple way to replace paper travelers and spreadsheets.
That makes comparing MOM software unusually difficult.
The product with the most features is not automatically the best product for your factory.
The better question is:
Can this software solve the manufacturing problems we actually have—and can we prove that before we buy it?
Use this scorecard during a free trial, pilot, proof of concept or vendor-led demonstration.
How to Score MOM Software
Score each item from 0 to 5.
0 — Not Available
The capability is missing or the vendor will not demonstrate it.
1 — Poor
Technically available, but impractical or poorly suited to your requirements.
2 — Below Expectations
Some capability exists, but significant limitations or workarounds would be required.
3 — Meets Requirements
Works adequately for your manufacturing environment.
4 — Very Good
Works well and provides meaningful advantages over your current process.
5 — Excellent
Strong fit, easy to use and clearly improves the way your manufacturing operation works.
If a criterion genuinely does not apply to your manufacturing environment, mark it N/A rather than giving the vendor a zero.
Do not reward software for capabilities you don’t need.
Part 1: Evaluation Access
Can you actually evaluate the product before committing?
| Evaluation Question | Score 0–5 | Notes |
|---|---|---|
| Can we access working software rather than only watch a presentation? | ||
| Is a free trial, pilot, sandbox or proof of concept available? | ||
| Is the evaluation long enough to test realistically? | ||
| Can we use our own products, processes or production data? | ||
| Can actual operators participate? | ||
| Can we test integration with our systems? | ||
| Can we introduce realistic production problems? | ||
| Does the vendor clearly explain what is and is not included? | ||
| Can we evaluate without excessive sales gates? | ||
| Are pricing or licensing terms reasonably transparent? |
Evaluation Access Subtotal: ____ / 50
What Good Looks Like
The strongest manufacturing-software evaluation isn’t necessarily a 30-day browser trial.
For some products, a guided pilot installed on one actual production line may provide much better evidence.
For example, TeePTrak currently offers a 60-day guided pilot using one customer’s own line and data, while OpenMES provides open-source software and a public demo. MRPeasy, Prodio and ETOFlow currently provide self-service free trials, and Siemens provides a 30-day Opcenter X trial. (teeptrak.com) (getopenmes.com) (mrpeasy.com) (getprodio.com) (etoflow.com) (siemens.com)
The important question is not:
Does the vendor call it a trial?
It is:
Can we obtain enough evidence to make a purchasing decision?
Part 2: Production Planning & Scheduling
Skip or reduce the importance of this section if scheduling is not part of your MOM requirement.
| Planning & Scheduling Question | Score 0–5 | Notes |
|---|---|---|
| Can the system create and manage production orders? | ||
| Can it plan work against actual capacity? | ||
| Can it identify overloaded resources? | ||
| Can it account for machines, labor, tools and other constraints? | ||
| Can priorities and due dates be managed easily? | ||
| Can the schedule be changed quickly? | ||
| Can it handle rush orders? | ||
| Can it model machine downtime or unavailable labor? | ||
| Can it reduce setup/changeover time? | ||
| Are what-if scenarios available? |
Planning & Scheduling Subtotal: ____ / 50
Mandatory Test
Create two orders requiring the same constrained resource at the same time.
Then ask the system to resolve the conflict.
Don’t merely look at a Gantt chart.
Find out whether the proposed schedule could actually run.
Part 3: Shop-Floor Execution
This is one of the most important sections for MES and MOM platforms.
| Shop-Floor Question | Score 0–5 | Notes |
|---|---|---|
| Can operators immediately see what work comes next? | ||
| Are priorities obvious? | ||
| Can operators start, pause and complete work easily? | ||
| Are digital work instructions available where needed? | ||
| Can drawings, specifications or media be attached? | ||
| Can operators report scrap, rework or problems easily? | ||
| Can supervisors see work-in-progress in real time? | ||
| Does the system eliminate paper or duplicate entry? | ||
| Can actual production be compared with planned production? | ||
| Would operators realistically use the interface every shift? |
Shop-Floor Execution Subtotal: ____ / 50
The Operator Test
Give the system to someone who would actually use it.
Do not coach them.
Ask:
What are you supposed to make next?
Then watch.
A five-minute struggle tells you more than another hour of vendor presentation.
Part 4: OEE, Downtime & Production Visibility
Not every MOM product specializes in OEE, but manufacturers seeking performance improvement should test this carefully.
| Production Visibility Question | Score 0–5 | Notes |
|---|---|---|
| Does the system show production status in real time? | ||
| Can it calculate OEE? | ||
| Can availability, performance and quality be separated? | ||
| Are machine stops captured automatically? | ||
| Can operators classify downtime causes easily? | ||
| Can micro-stops be identified? | ||
| Are Pareto analyses available? | ||
| Can performance be compared across shifts or lines? | ||
| Can performance be compared across plants? | ||
| Does the information actually point toward corrective action? |
OEE & Visibility Subtotal: ____ / 50
Don’t Just Test the Dashboard
Introduce or find a real production loss.
Then determine whether the software helps explain:
Where did the time go?
That is much more useful than verifying that the dashboard contains an OEE gauge.
Part 5: Quality & Traceability
This section should receive significantly more weight for regulated, safety-critical or highly traceable manufacturing.
| Quality & Traceability Question | Score 0–5 | Notes |
|---|---|---|
| Can inspections be incorporated into production? | ||
| Can defects/nonconformances be recorded? | ||
| Can failed material or products be contained? | ||
| Can lot numbers be tracked? | ||
| Can serial numbers be tracked? | ||
| Is product genealogy available? | ||
| Can operators, equipment and process history be associated with a product? | ||
| Can suspect incoming material be traced forward? | ||
| Can a finished product be traced backward? | ||
| Is the audit history adequate for your requirements? |
Quality & Traceability Subtotal: ____ / 50
The Reverse Trace Test
Give the system a suspect lot number.
Ask:
Which finished products contain it?
Then pick one finished serial number and ask:
Exactly what went into this product and what happened to it during production?
Time both searches.
Part 6: Machine, Equipment & IIoT Connectivity
Do not accept “we connect to machines” as sufficient evidence.
| Connectivity Question | Score 0–5 | Notes |
|---|---|---|
| Can it connect to our modern equipment? | ||
| Can it connect to our older equipment? | ||
| Does it support the industrial protocols we use? | ||
| Can production counts be collected automatically? | ||
| Can machine states be captured automatically? | ||
| Can process values be collected? | ||
| Can alarms/events be captured? | ||
| Can manual workstations also be represented? | ||
| How much custom integration is required? | ||
| Can machine connections be maintained without vendor dependence? |
Machine Connectivity Subtotal: ____ / 50
The Old-Machine Test
Do not give the vendor your easiest machine.
Give them the one everybody says:
“That thing is too old to connect.”
If equipment connectivity matters to your project, make the vendor prove it.
Part 7: ERP, PLM, QMS & Business-System Integration
Manufacturing operations software rarely lives alone.
| Integration Question | Score 0–5 | Notes |
|---|---|---|
| Can it integrate with our ERP? | ||
| Can it integrate with our PLM/PDM system? | ||
| Can it exchange BOM/routing information? | ||
| Can work orders flow automatically? | ||
| Can actual production return to ERP? | ||
| Are APIs available? | ||
| Are standard connectors available? | ||
| Can Power BI or other analytics tools access the data? | ||
| Is integration clearly documented? | ||
| Can we determine which system owns each important data object? |
Business-System Integration Subtotal: ____ / 50
Ask the Uncomfortable Question
For every integration the salesperson describes, ask:
Is that standard, configurable or custom?
Those three answers can represent very different implementation costs.
Part 8: Ease of Implementation
Powerful software is not necessarily useful software if implementation becomes a multi-year project your organization cannot support.
| Implementation Question | Score 0–5 | Notes |
|---|---|---|
| Can we start with one line, work center or plant? | ||
| Is initial setup understandable? | ||
| How much data preparation is required? | ||
| How much vendor consulting is required? | ||
| Can internal staff configure workflows? | ||
| Are templates or sample environments provided? | ||
| Is training readily available? | ||
| Can changes be made without custom code? | ||
| Are upgrades likely to preserve configuration? | ||
| Can deployment scale gradually? |
Implementation Subtotal: ____ / 50
Measure Time-to-First-Value
Ask:
How soon after signing the contract could one real production area obtain useful value?
Do not accept “implementation takes six months” without asking what happens during those six months.
Part 9: Operator & Planner Usability
User experience matters enormously in manufacturing because small inefficiencies can be repeated thousands of times.
| Usability Question | Score 0–5 | Notes |
|---|---|---|
| Is the interface understandable without extensive training? | ||
| Are common operator tasks fast? | ||
| Can screens be configured by role? | ||
| Does it work well on shop-floor devices? | ||
| Are mobile/tablet options useful where needed? | ||
| Can planners change schedules efficiently? | ||
| Can supervisors find problems quickly? | ||
| Are alerts actionable rather than overwhelming? | ||
| Does the software reduce duplicate entry? | ||
| Do users prefer it to the process it replaces? |
Usability Subtotal: ____ / 50
Count the Clicks
Pick five tasks operators perform repeatedly.
Count how many steps each requires.
Multiply those steps by:
operators × shifts × working days × years
Tiny usability problems become expensive very quickly.
Part 10: Deployment, IT & Security
| IT & Deployment Question | Score 0–5 | Notes |
|---|---|---|
| Does it support our preferred deployment model? | ||
| Is cloud/SaaS available if required? | ||
| Is on-premise available if required? | ||
| Can plant operations continue during internet disruption? | ||
| Are backup/recovery procedures clear? | ||
| Does authentication meet company requirements? | ||
| Are role-based permissions adequate? | ||
| Is data ownership clearly defined? | ||
| Are cybersecurity requirements documented? | ||
| Can IT realistically support the environment? |
IT & Deployment Subtotal: ____ / 50
Part 11: Multi-Site & Scalability
Skip most of this section if you operate one small facility and intend to remain that way.
| Scalability Question | Score 0–5 | Notes |
|---|---|---|
| Can the system support multiple production lines? | ||
| Can it support multiple plants? | ||
| Can global processes be standardized? | ||
| Can plants retain legitimate local differences? | ||
| Can KPIs be compared consistently across sites? | ||
| Can users/languages be managed globally? | ||
| Can integrations vary by plant when necessary? | ||
| Can configuration be centrally governed? | ||
| Can another plant be added without rebuilding everything? | ||
| Does the licensing model scale reasonably? |
Multi-Site Subtotal: ____ / 50
Part 12: Pricing & Total Cost
Never evaluate manufacturing software using subscription price alone.
| Cost Question | Score 0–5 | Notes |
|---|---|---|
| Is software pricing understandable? | ||
| Are required modules clearly identified? | ||
| Are implementation costs reasonably predictable? | ||
| Are integration costs identified? | ||
| Are training costs identified? | ||
| Are support costs identified? | ||
| Are future-user costs understandable? | ||
| Are additional plants priced clearly? | ||
| Are upgrade costs understood? | ||
| Does expected value justify total cost? |
Pricing & Total Cost Subtotal: ____ / 50
Part 13: Vendor & Partner Fit
Manufacturing systems often remain in place for many years.
You are evaluating more than software.
| Vendor Question | Score 0–5 | Notes |
|---|---|---|
| Does the vendor understand our manufacturing environment? | ||
| Did they listen before demonstrating? | ||
| Can they provide relevant manufacturing references? | ||
| Is implementation support available where we operate? | ||
| Is product documentation good? | ||
| Is customer support accessible? | ||
| Is the product actively developed? | ||
| Is the roadmap relevant to our requirements? | ||
| Are partner responsibilities clear? | ||
| Would we want to work with this vendor for five years? |
Vendor Fit Subtotal: ____ / 50
Part 14: The Manufacturing Stress Test
Now stop testing features.
Test the factory.
Give every vendor the same problems.
Score how effectively the software responds.
| Manufacturing Event | Score 0–5 | Notes |
|---|---|---|
| Machine breaks down | ||
| Material arrives late | ||
| Operator is unavailable | ||
| Quality inspection fails | ||
| Product must be reworked | ||
| Rush order arrives | ||
| Priority changes | ||
| Production takes longer than planned | ||
| Customer asks for traceability | ||
| Engineering changes something |
Manufacturing Stress-Test Subtotal: ____ / 50
Your MOM Evaluation Results
Do not simply add every section together unless every section matters equally to your organization.
First assign importance.
Weight Each Section
Use:
0 = Not relevant
1 = Low importance
2 = Important
3 = Critical
| Evaluation Area | Raw Score | Weight 0–3 | Weighted Score |
|---|---|---|---|
| Evaluation Access | /50 | ||
| Planning & Scheduling | /50 | ||
| Shop-Floor Execution | /50 | ||
| OEE & Production Visibility | /50 | ||
| Quality & Traceability | /50 | ||
| Machine Connectivity | /50 | ||
| Business-System Integration | /50 | ||
| Ease of Implementation | /50 | ||
| Usability | /50 | ||
| IT & Deployment | /50 | ||
| Multi-Site & Scalability | /50 | ||
| Pricing & Total Cost | /50 | ||
| Vendor Fit | /50 | ||
| Manufacturing Stress Test | /50 |
Final Weighted Score
Vendor: ______________________________
Product: _____________________________
Final weighted score: ________________
Estimated total implementation cost: __________________
Estimated time to first production use: ________________
Biggest strength: ____________________________________
Biggest concern: _____________________________________
Unanswered question: _________________________________
Don’t Compare Unlike MOM Products by Total Score Alone
This is particularly important.
A focused OEE system should not lose simply because it lacks warehouse management.
An engineer-to-order platform should not lose because it isn’t designed for high-volume repetitive manufacturing.
A small-manufacturer system should not lose because it cannot standardize production across 50 factories.
And an enterprise MOM platform should not automatically win because it can do all of those things.
The weights should reflect your manufacturing problem.
For example:
A Small CNC Shop Might Weight Heavily:
- Ease of implementation
- Production scheduling
- Shop-floor execution
- Pricing
- Usability
A Regulated Medical-Device Manufacturer Might Weight Heavily:
- Quality
- Traceability
- Audit history
- Integration
- Validation
- Vendor support
A Global Manufacturer Might Weight Heavily:
- Multi-site standardization
- ERP integration
- Scalability
- Quality
- Enterprise governance
A Factory Trying to Improve OEE Might Weight Heavily:
- Machine connectivity
- Downtime
- OEE
- Operator usability
- Time to implementation
Different priorities should produce different winners.
That’s the point.
Current MOM Evaluation Access Snapshot
As of September 2026, the manufacturing-software vendors we’ve reviewed illustrate just how different evaluation access can be.
Siemens Opcenter X
30-day free trial.
Siemens currently advertises a 30-day Opcenter X MOM trial that can be started in minutes. (siemens.com)
Evaluation access: Strong
SYMESTIC
30-day trial / free test path.
SYMESTIC currently advertises a 30-day trial and says a production line can begin producing live transparency and KPI data within hours. (symestic.com)
Evaluation access: Strong
MRPeasy
15 + 15-day free trial, no credit card.
MRPeasy says the free trial includes the full feature set and demo datasets that can be explored and reset. (mrpeasy.com)
Evaluation access: Excellent
Prodio
14-day free trial, no credit card.
Prodio encourages users to set up products and test production directly on the shop floor, with unlimited free support during evaluation. (getprodio.com)
Evaluation access: Excellent
ETOFlow
14-day free trial, no credit card.
ETOFlow currently lets manufacturers test its engineer-to-order project, resource and shop-floor environment directly. (etoflow.com)
Evaluation access: Excellent
OpenMES
Open source + public demo.
OpenMES provides a public demo as well as downloadable open-source software that manufacturers can self-host and inspect themselves. (getopenmes.com)
Evaluation access: Excellent
TeePTrak
60-day guided production-line pilot.
Rather than a browser trial, TeePTrak currently installs its system on one actual line, establishes a baseline and measures production losses using the manufacturer’s own data. (teeptrak.com)
Evaluation access: Excellent for a production-monitoring platform
Fastems WCO
Fastems currently maintains a WCO free-trial page offering a three-month MES trial with setup, training and support. However, the page also references a Konepaja 2026 promotion with a March 20, 2026 signup deadline, so manufacturers should verify current availability directly before relying on the offer. (fastems.com)
Evaluation access: Potentially excellent — verify current offer
Tulip
Tulip currently provides interactive Experience Center demonstrations and custom demos. Its trial page says organizations actively evaluating Tulip can request a trial instance through their account representative. (tulip.co)
Evaluation access: Good, but vendor-assisted
Critical Manufacturing
Critical Manufacturing promotes live demonstrations and customer-specific discussions rather than a public self-service MES trial. (criticalmanufacturing.com)
Evaluation access: Sales-led
DELMIA Apriso / Ortems
Dassault Systèmes provides extensive product information and current documentation, but we could not verify self-service public trials for the enterprise Apriso or Ortems products.
Evaluation access: Sales-led
One Final Rule
Do not allow the vendor to choose every test.
They know which workflows make their software look best.
You know which workflows make your factory difficult.
Use both.
And before committing thousands—or millions—of dollars to manufacturing software:
Don’t ask the vendor to show you their best workflow. Ask them to show you yours.