Production automation in Wielkopolska, Poland — from audit to service

A robot, a controller and a gripper can be bought anywhere in Europe. But production automation in Poland — in Wielkopolska as in any other region — does not end with hardware delivery. The project starts with seeing the process live, moves through installation and commissioning on the shop floor, and after start-up needs a service team that arrives before downtime eats a week's output. At these three stages, the distance between the plant and the integrator stops being a logistics detail and becomes a project parameter.

This guide shows you at which stages the integrator's presence on-site is essential, what can be handled efficiently at a distance, and how to prepare your plant for the visit so the audit delivers a complete set of data for the concept and the quote. We write from practice: Nomatec (a brand of Adreams, operating since 2015) runs automation projects from Zbąszyń in western Wielkopolska, Poland, and delivers them across the whole country.

Production automation in Poland — why the integrator's proximity matters

Component catalogues look the same at every supplier. The difference appears where someone has to physically stand at the machine: during the process audit, at installation and commissioning, and in service after start-up. At these moments, travel time translates directly into project pace and downtime cost.

Geography works in favour of plants in western Poland here. From Zbąszyń it is about 25 km to Nowy Tomyśl, about 65 km to Zielona Góra and about 80 km to Poznań via the A2 motorway. For a company planning production automation in Poznań, Nowy Tomyśl or the Zielona Góra area, that means travel measured in tens of minutes, not in working days. For projects in more distant regions of Poland, only the trip logistics change — the project stages and rules stay the same.

Stage 1: audit and site visit — the process has to be seen live

No enquiry form replaces an hour spent at the workstation. Documentation shows how the process should look; a site visit shows how it actually looks. The differences can be fundamental.

What the integrator sees only on-site:

• the real cycle time and micro-stoppages that never appear in reports,
• how the operator feeds, turns and puts down the part — often with corrections made by feel,
• the quality of incoming parts: burrs, grease, dimensional scatter, how they are stored,
• hall conditions: dust, temperature, vibration, available utilities and the space for the cell,
• internal transport routes and collision points with forklifts or the overhead crane.

Each of these points can change the cell concept. For illustration: parts delivered loose in a bin instead of oriented force a vision system or a vibratory feeder — and that is a completely different budget. Before you invite an integrator, it is worth assessing whether the process is suited to automation at all — the post when production automation pays off will help.

Stage 2: implementation — installation, commissioning and fixes needed yesterday

Commissioning a cell almost never runs exactly to schedule, and that is normal. After the first production shift there is usually a list of small corrections: the gripper picks the part a millimetre too low, a sensor confuses the part with a reflection, the program timing needs adjusting, a guard gets in the operator's way during loading.

Logistics decide how fast these items get cleared. An integrator an hour's drive away makes the correction the same day or the next morning. An integrator half a country away batches the items and comes once "a few topics have piled up" — while the cell runs at reduced output or with makeshift manual operation.

Presence on-site is also irreplaceable when integrating the new cell with its existing surroundings: fitting conveyor and transport systems between machines, connecting utilities and wiring signals into the existing machine park. If the cell is built as a special-purpose machine designed for a specific process, the requirements are best written down at the concept stage — we describe how in the post requirements for a special-purpose machine.

Stage 3: service after start-up — downtime is counted in hours

A cell earns money only while it runs. After acceptance, the most important parameter of working with an integrator is no longer price but response time: from the failure report to a working cell.

Good practice looks like this: remote diagnostics first (description, photos, remote access to the controller), because some faults come down to a parameter, a sensor that needs cleaning or an operating error. If that is not enough — a service trip. And here geography returns: at 25–80 km, a same-day visit is realistic; at 400 km, you add an overnight stay, scheduling and costs that someone eventually pays. As a rule of thumb: every hour of downtime on an automated cell costs the lost production plus the idle crew — the faster the cell is back at work, the smaller the loss. How cell availability feeds into return on investment is shown in the post ROI of automating a workstation.

Stage by stage: on-site or remote?

The conclusion from the table is simple: the closer to physical parts and the shop floor, the more on-site presence is needed. Design and software tolerate distance well; mechanics and commissioning do not.

How to prepare the plant for the integrator's visit

A well-prepared visit shortens the path to a solid concept and quote. A checklist before the audit:

1. Schedule the visit during normal production — the integrator needs to see the process running, not a stopped line.
2. Prepare the numbers: cycle time or output per shift, annual volumes, scrap rate, number of operators at the process.
3. Collect part documentation: drawings, 3D models, physical samples — ideally including defective pieces.
4. Give access to the operators — fifteen minutes with the person who does the operation daily is often worth more than a report.
5. Prepare utility information: available power supply, compressed air, space for the cell and transport routes.
6. Write down quality problems and stoppages from recent months — they are often what justifies the project.
7. Handle the formalities in advance: passes, safety training, permission to photograph and film the process.

With this package, the audit ends with specifics: a list of concept variants, risks and quoting data, not another list of questions.

Summary

Production automation is a project that requires the integrator's physical presence three times: at the audit, at installation with commissioning, and in service after start-up. Everything in between — concept, design, pre-assembly, part of the diagnostics — works well remotely. So when choosing a partner, ask not only about the price of the cell, but also who will come and from where when the cell stops on a Thursday at six in the morning.

Planning automation in Wielkopolska or anywhere else in Poland? Describe your process and send the documentation via the contact form — we will reply with audit questions and an initial quote within 48 hours.