Installation in under an hour: what to expect

“Installing performance measurement is a multi-month project”: a stubborn myth

In the industrial imagination, instrumenting a line conjures up a heavy undertaking: a specification document, IT integration, a production stop, teams mobilised for weeks. This picture, inherited from big MES projects, deters many plants from taking the step. Yet it no longer matches the reality of a plug-and-play measurement layer.

The truth is simpler: fitting OEE measurement on a machine takes under an hour, with no production stop and without touching the existing system. Understanding this concrete sequence is the best way to dispel the apprehension, because the lightness of the installation is precisely what makes the approach accessible to any plant, whatever its size or the age of its fleet.

Before installation: a quick survey

It all starts with a survey of a few minutes. The point is to identify the machine to instrument and the relevant signal to capture in order to track stops, pace and, where applicable, quality. This step requires neither an in-depth study nor a system overhaul: you observe the machine as it is and determine the appropriate measurement point.

It is also the moment to align expectations with the team: what you are going to measure, why, and how the data will be used. This human framing, though short, is important: it turns the installation into a shared approach rather than an operation endured. No PLC project, no stop is required at this stage.

The fitting: under an hour, machine running

Then comes the fitting itself. The sensor is installed on the machine in under an hour, generally without even stopping it. It is autonomous: it does not depend on the machine’s PLC, does not integrate deeply into the industrial network and does not touch the existing IT. This autonomy is what drastically reduces the footprint of the intervention.

In practice, this means you can instrument a line without calling on the IT department for an integration project, without complex coordination between OT and IT, and with no risk to production in progress. The machine keeps running, and it simply starts to be listened to.

Why it works on old machines

The most frequent objection concerns old machines, with no digital interface. That is precisely where the autonomous approach makes full sense. Because the sensor goes onto the machine and captures the relevant signal directly, it does not need the machine to be communicating. A press several decades old is measured just as well as a recent line.

This universal compatibility is decisive, because it is often the old machines that harbour the most hidden losses, and that you hesitated to instrument for want of a suitable solution. Being able to measure without changing anything on the existing equipment lifts this last obstacle and lets you recover OEE where it is lost the most, across the whole fleet.

The first data: 48 hours to see

Once the sensor is fitted, the first usable data arrives within 48 hours. Real OEE displays continuously, machine by machine, ready to be analysed. This short timeframe matters psychologically: you do not ask the teams to wait months before seeing a result, you show them their real performance in two days.

This first display is often a revealing moment. The gap between the OEE you believed in and the OEE measured immediately makes the improvement potential objective. The data stops being a promise and becomes a tangible reality, on which the team can start working from the very first week.

This 48-hour delay is not just an argument about speed: it conditions buy-in. A project whose benefits take months to appear loses the teams’ attention before it has even produced a result. Conversely, a measurement that shows the reality of the line in two days creates immediate momentum. Operators see their daily work objectified, supervision finally has a basis for discussion, and the approach brings everyone on board from the start rather than having to convince after the fact.

From installation to steering

Installing the measurement is only a beginning: the challenge is then to turn the data into action. This is why presenting it on the floor matters as much as fitting the sensor. Data visualised where the teams work, in real time, triggers immediate decisions, whereas data locked in a weekly report stays a dead letter.

The move from installation to steering happens naturally with a short ritual of reading performance. The team looks, understands, decides, acts, and checks. This loop, made possible by the speed of installation and the freshness of the data, is what distinguishes a useful measurement from a mere technical collection.

What the installation does not require

It is also instructive to list what a plug-and-play installation does not need, because that is where the fears reside. It does not require a planned production stop, an integration specification, an IT project that ties up the IT department for weeks, modifications to the PLCs, heavy wiring or an overhaul of the industrial network. Each of these absences removes an obstacle that, elsewhere, sinks projects.

This simplicity is not a shortcut at the expense of data quality: it is the fruit of an autonomous design, where the sensor listens to the machine without depending on its digital environment. You obtain a reliable, continuous measurement while keeping the footprint of the intervention to a minimum. It is precisely this equation (little intervention, plenty of useful data) that makes the approach realistic for an SME as well as for a large group.

Scaling up, line by line

Once value is proven on a first machine or a first line, extending it to the rest of the fleet is simple, since each installation stays just as light. You add machines one by one or in groups, with no big project, building on the experience gained. The approach grows at the pace the plant chooses.

This gradual scale-up protects against the risk of monolithic rollouts that bog down. Each instrumented line adds visibility and recovered capacity, and the plant decides for itself when to add the next one. There is no point at which the whole site must come to a halt to absorb a single big delivery. More than 450 plants across 30+ countries already monitor their OEE to the second with TeepTrak. The speed of installation is therefore also a deployment asset: what goes on in under an hour rolls out painlessly across an entire plant, and the experience gained on the first line makes each subsequent one faster still.

Installation is the easy part, what follows is the value

Installing OEE measurement is nothing like a big project: a quick survey, the sensor fitted in under an hour, machine running, without touching the existing IT. The solution is autonomous and works on old machines as well as new ones. The first data arrives within 48 hours, and presenting it on the floor turns measurement into steering.

The same lightness lets you extend the approach, line by line, to the whole plant. The decisive point is that the barrier most managers fear, the disruptive, multi-week project, simply does not exist here. Once that barrier falls, the only real question left is what to do with the visibility you gain, which is exactly the right question to be asking. An installation that takes under an hour and shows results in two days removes every excuse for postponing the decision: there is no risk to weigh, no production to sacrifice, and no IT roadmap to wait for. The plant simply starts seeing what it could not see before, and decides from there.

FAQ

How long does it take to install the measurement?
Under an hour per machine, generally without even stopping it. The preliminary survey takes a few minutes and the first usable data arrives within 48 hours.

Do the machines need to be connected to the plant’s IT?
No. The measurement layer is autonomous: it does not depend on the PLC, does not integrate deeply into the industrial network and does not touch the existing system. The footprint of the intervention is minimal.

Does it work on old machines?
Yes, on old machines as well as new ones, automated or not. The sensor captures the relevant signal directly without requiring the machine to be communicating, which covers even the oldest equipment.

Do I have to stop production to install the sensor?
No. The fitting is done with the machine running in most cases, with no production stop or disruption to ongoing activity.

What happens after the installation?
The data is presented in real time on the floor and feeds a short steering ritual: the team reads the performance, decides on an action and checks its effect. Extension to the other lines then happens line by line.