OEE · TRG Software

Finally see what's happening on your floor.

Every minute of unplanned downtime costs you money. OEE connects your machines, measures production in real time and gives you the answers to act immediately.

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Set up without a complex overhaul
Built for floor adoption
Compatible with your current equipment

The solution connecting the most factories in Quebec.

Concrete results

What OEE changes in your plant.

Our clients see measurable gains within the first weeks. No complex project, no disruption to your operations.

Reduce unplanned downtime

Gain 5 to 10% availability

Know your true cost per unit

Measure the return of every initiative

How it works

From your machines to your decisions.

No machine is beyond our reach. Whether it's 5 or 50 years old, whether it communicates via protocol or needs an IoT sensor, we connect it.

01
Connect your machines
Via communication protocol or IoT sensor. Our team comes on-site and installs. Cloud-based, no infrastructure to manage on your end.
02
Measure continuously
Availability, performance, quality: the three pillars of OEE feed automatically. Operators justify each stop on a tablet at their station.
03
Decide with data
Real-time dashboards, ready-made historical reports and the K2 AI assistant to query your production data in plain language.

K2 Assistant

Every shop‑floor question. One single address.

Ask your question the way you would ask a colleague, typed or spoken. K2 Assistant answers with your own shop-floor numbers, then turns the answer into a report or a dashboard tile.

What is the plant's OEE this month?Why did line 3 slow down this afternoon?Which machine fails most often?Which product generates the most scrap?Which stops have no justified cause?What is the plant's OEE this month?Why did line 3 slow down this afternoon?Which machine fails most often?Which product generates the most scrap?Which stops have no justified cause?What is the plant's OEE this month?Why did line 3 slow down this afternoon?Which machine fails most often?Which product generates the most scrap?Which stops have no justified cause?

List yesterday's stops longer than 30 minutes.Summarize the week in three points.Has the quality rate dropped this week?Compare the day shift and the evening shift.Which line has improved the most since January?List yesterday's stops longer than 30 minutes.Summarize the week in three points.Has the quality rate dropped this week?Compare the day shift and the evening shift.Which line has improved the most since January?List yesterday's stops longer than 30 minutes.Summarize the week in three points.Has the quality rate dropped this week?Compare the day shift and the evening shift.Which line has improved the most since January?

Show scrap by cause for product 4410.Which causes come back every Monday?How much do our unplanned stops cost?What is line 1's current production rate?Which shift has the best quality rate?Show scrap by cause for product 4410.Which causes come back every Monday?How much do our unplanned stops cost?What is line 1's current production rate?Which shift has the best quality rate?Show scrap by cause for product 4410.Which causes come back every Monday?How much do our unplanned stops cost?What is line 1's current production rate?Which shift has the best quality rate?

Who was assigned to press P-04 last night?Where are we losing the most OEE this week?What is the mean time between failures for robot R-12?Does scrap rise after a format change?Who was assigned to press P-04 last night?Where are we losing the most OEE this week?What is the mean time between failures for robot R-12?Does scrap rise after a format change?Who was assigned to press P-04 last night?Where are we losing the most OEE this week?What is the mean time between failures for robot R-12?Does scrap rise after a format change?

K2 Assistant

What are the top 3 stop causes on line 2 this week?

On Line 2, Monday to Thursday, unplanned stops add up to 6 h 42. The three main causes:

Cause	Duration	Stops
Reel change	2 h 55	14
Conveyor jam	1 h 48	22
Waiting for material	1 h 10	6

The conveyor jam is the most frequent cause: 22 short stops, mostly during the evening shift.

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Measured impact

Results that speak for themselves.

Average figures based on client case studies.

OEE within 6 months

unplanned downtime

gross productivity

"Monitoring our machines allowed us to maintain our delivery times [...] which puts us in an extremely enviable position against the competition."

Steve C.Director of Operations, De La Fontaine

Read the case study

The product

A complete solution, not just software.

Machine connectivity, monitoring software and human support. Everything is included for your team to succeed.

Dashboards & reports

From real time to history, in one place

A live view by machine, line, plant or country to react during the shift, then ready-made reports to analyze: availability, maintenance, downtime cause Pareto. Open, review, decide.

Production dashboardLiveApr 26, 2026 · 2:32 PM

OEE

81%

TEEP

68%

Availability

88%

Performance

94%

Quality

98%

Current orders

OrderPartQtyProgress

OT-10234457-A20084%

OT-10213321-B15062%

OT-10137780-C30041%

OT-10126656-D25018%

Stop causes · 7 days

Tool change3 h 12 (24 %)

Waiting for material2 h 48 (21 %)

Machine failure2 h 34 (19 %)

Setup2 h 01 (15 %)

Maintenance1 h 33 (12 %)

Machine failure · −4.2 OEE pts

Production timeline (last 8 hours)

07:0008:0009:0010:0011:0012:0013:0014:0015:00

OperatingSetupIdleFailure

6:12 PM▮▮▮

K2 AssistantBETA

How can I help you?

What are the top 3 stop causes in the machining shop this week?

Assistant

Generating report

This week, the machining shop totals 4 h 22 of downtime. The top 3 causes account for 74% of lost time:

1. Waiting for material · 1 h 36

2. Setup · 58 min

3. Tool breakage · 41 min

Material waits mostly hit CNC Lathe 03 at the start of the shift.

View report (3 data)

Message...

OverviewMachinesChatProfile

>OperationsJulie Fortin

Search by name or machine:Search

Filter current operationsERP sync…3 orders received from ERPOT-24117 completed · sent to ERPColumns

NameMachinesSKUDescriptionUnit completion timeRequired quantityEdit

1OT-24117CNC Lathe 03SKU-4410Drive shaft Ø4045s1200Done

2OT-24118CNC Lathe 05SKU-4412Front wheel hub1min 2s800Done

3OT-24119VMC Center 2SKU-33056-hole mounting flange28s2400Done

4OT-24120CNC Lathe 03SKU-4410Drive shaft Ø4045s1200Done

5OT-24121Milling F-1SKU-5120Engine mount1min 35s600Done

6OT-24122CNC Lathe 05SKU-3307Wear ring12s5000Done

7OT-24123VMC Center 2SKU-6001Pump housing3min300Done

8OT-24124Milling F-1SKU-4415Bearing cover34s1500Done

Frequently asked questions

What our clients ask us most often.

Does it work on older machines?

Yes. Whether it's 5 or 50 years old, as long as it runs on electricity, we can connect it. Our IoT sensors install on any type of machine, even without a PLC.

How long does deployment take?

Four to five weeks on average, from the first visit to go-live. Our team comes on-site for installation and training.

Does it integrate with our ERP?

Yes. Our software syncs with market ERPs for work orders, shifts and scheduling. No double entry.

Do we need dedicated IT infrastructure?

No. The solution is 100% cloud-based. No servers to install or maintain on your end.

How do operators adopt the tool?

The interfaces are designed for the floor: large buttons, minimal text, all languages. Our customer success team supports adoption on-site.

What is the return on investment?

You only need to save one minute of downtime per day per machine for the solution to pay for itself. Our clients gain 5 to 10% availability on average.

The next step starts with a conversation.

A working discussion with a manufacturing expert to understand your context, your machines and your priorities. No commitment.

Talk to an expert Request a demo