Production Monitoring ROI Calculator
Enter a few numbers about your plant to estimate the return on production monitoring. The return comes from minutes you win back on every shift, and you can only win back time you can see. Nulogy Smart Factory, along with Nora, our built-in AI assistant, shows downtime and small stops as they happen, so your team can act before they cost a shift.
- Track OEE, downtime, and performance in real time
- Replace spreadsheets and manual production reports
- Give every team visibility across the plant
See Production Monitoring in Action
Calculate Your ROI
Production monitoring ROI comes down to two questions: how many minutes of machine time can you win back on each shift, and what is each of those minutes worth? Enter your plant’s numbers below to see the payback. Want to find out where your time goes first? Try our OEE calculator or cycle time calculator.
understanding roi
Where Production Monitoring ROI Comes From
Every minute a machine sits idle during a scheduled shift still costs you labor and overhead. Production monitoring pays for itself by giving some of those minutes back, and most of the value comes from three places:
Ten minutes per shift sounds small. Across 10 machines running one shift, five days a week, it adds up to more than 430 hours of machine time a year.
How This ROI Calculator Works
The calculator turns minutes recovered on each shift into hours and dollars per year, then compares that value with the cost of Smart Factory.
- Hours recovered. 10 machines run one 8-hour shift, five days a week. Winning back 10 minutes per machine per shift gives 10 × 1 × 5 × 52 × 10 ÷ 60 = 433 hours a year.
- Value recovered. At $80 per machine hour, 433 hours is worth $34,667 a year.
- Cost. Ten machines at $995 each is $9,950 a year.
- ROI. ($34,667 − $9,950) ÷ $9,950 = 248%. The recovered time covers a full year of Smart Factory in about 15 weeks.
Getting an Honest Estimate
A few habits keep the estimate grounded in your plant, not a sales pitch:
Use your real cost per machine hour. Include operator labor and overhead for the time a machine is scheduled to run. Leave out selling price and margin, which overstate the value of a recovered minute.
Expect more downtime than your reports show. Manual logs miss short stops and slow running, so the minutes you can win back are often higher than they look on paper. H&T Waterbury cut micro-stoppages by 71% and eliminated nine hours of weekly downtime once those stops became visible.
Treat the result as a floor. The calculator counts only recovered machine time. It leaves out gains from less scrap, fewer manual reports, and faster changeovers.
OEE Software for the Factory Floor
Stop waiting until the end of a shift — or the end of the week — to understand what happened on your shop floor. Nulogy Smart Factory gives manufacturers a live production monitoring system to track OEE, downtime, scrap, throughput, and line performance from a single connected dashboard.
View Production Monitoring Demo
manufacturing leaders
If we could save fifteen minutes on machine time per operator, just by eliminating paperwork to be more efficient — we calculated we could save over $75,000. We have easily saved over $100,000 just in efficiency and paperwork alone.
OEE Monitoring Software For Real-Time Visibility
Get the real-time visibility you need to understand what is happening across every line, shift, and site, without waiting for spreadsheets, manual updates, or Monday morning reports.
Part of Nulogy Intelligence
Ask Nora. She Answers, Charts It, and Acts.
Nora is the manufacturing AI assistant built into Smart Factory and Maintenance. No dashboards to dig through. Ask in plain English and watch what comes back.
Tap a question to see Nora work
Your data stays yours. Nora never fabricates an answer, learns your line names and part numbers, and is never used to train external models.
View Demo
You Don't Open Nora. Nora Comes to You.
Every other AI assistant on the plant floor waits to be asked. Nora is built to flip that.
You notice the problem, then go ask. By then the line was already down.
Net weights are drifting toward the low limit. Nothing has failed yet. Want me to flag it?
“What gets tracked, gets improved.”
“Reduction in overtime was exactly what we were looking to do… and that’s exactly what we have achieved.”
“The real-time reporting at the manufacturing level is the biggest benefit.”
“Now that we have the transparency into the process, our OEE availability has increased significantly.”
Production Monitoring Customer Success Story
Oral Biotech used Nulogy Smart Factory to replace manual production reporting with real-time production monitoring. By capturing live shop floor data - including previously missed short stops - the team gained better visibility into performance issues, improved line efficiency, increased OEE from around 60% to close to 80%, and significantly reduced scrap and rework.
Finding The Right OEE Monitoring System
Nulogy Smart Factory connects to your existing equipment — no rip-and-replace — and starts capturing live production data in days, not months. Track OEE, downtime, scrap, throughput, and line performance from a single connected dashboard across every shift, line, and site.
Implementing Production Monitoring Software
Connect Your Machines
Nulogy Smart Factory connects to your existing equipment and shop floor systems. No rip-and-replace required. Start capturing live production data from your lines in days, not months.
Capture Live Production Data
Operators log production events, downtime reasons, and job progress directly from the shop floor. Data flows automatically into a single connected platform — no spreadsheets, no manual entry.
See and Improve Performance
Supervisors and managers get instant visibility into OEE, downtime, throughput, and line performance across every shift, line, and site — so they can spot issues and act before they impact output.
Frequently Asked Questions
Work out the machine hours you expect to recover in a year (machines × shifts × days per week × 52 × minutes recovered per shift ÷ 60), multiply by your cost per machine hour, then compare that value with the yearly software cost: ROI = (value − cost) ÷ cost. Ten machines recovering 10 minutes a shift at $80 an hour return about $34,667 a year against $9,950, an ROI of 248%.
It uses $995 per machine per year for Nulogy Smart Factory and 52 working weeks a year. The minutes you recover and your cost per machine hour are your own estimates. Your actual quote depends on the Smart Factory tier and the size of your site.
It depends on how much downtime you can see today. Plants that track on paper usually underestimate downtime, because short stops and slow running never make it onto the log. Start with a conservative number, like 10 minutes per machine per shift, and adjust once you have real data. H&T Waterbury cut micro-stoppages by 71% and eliminated nine hours of weekly downtime with Smart Factory.
Include what it costs to run a machine, line, or cell for an hour: operator labor and the overhead assigned to that equipment. Leave out selling price and profit margin, which overstate the value of a recovered minute.
This calculator counts only recovered machine time, so treat the result as a floor. Smart Factory also tracks scrap, cycle time, and OEE in real time and replaces manual production reports. Most Smart Factory customers see a 10 to 20% OEE increase in their first year.
Get Started with Nulogy
Reduce costs and improve performance with the manufacturing system built for you.