Contact
The fastest way for us to assess your job is from a photo. Send us a picture of the surface and we’ll reply whether laser makes sense and what we suggest next.
Head office – Plewiska
near Poznań
OMME – Izabela Maciejczyk
ul. Rzemieślnicza 18
62-064 Plewiska, Poland- Mon – Fri 7:00 – 15:00 (CET)
Branch – Topola
near Inowrocław
Topola 49
88-111 Topola, Poland- Mon – Fri 7:00 – 15:00 (CET)
Where we work
We work all over Poland, most often in the Wielkopolska and Kujawy regions:
Poznań, Inowrocław, Bydgoszcz, Toruń and the surrounding area.
For larger projects we travel throughout the European Union, including Germany, Italy and Scandinavia.
Companies with a valid EU VAT number are invoiced under the reverse charge procedure.
Tell us what you need cleaned
The more details you give, the more specific our answer. It helps to know: what the material is, what is on the surface, roughly how large the area is and whether the part can be removed. A photo is worth more than any description.
We answer most enquiries the same working day, or the next working day at the latest.
Frequently asked questions
Yes, it is a large part of our work. A restoration, conservation or construction company runs the contract, and we come to the site and carry out the laser cleaning scope. We bring our own equipment, qualifications and health and safety documentation, work to the contractor’s schedule and invoice for our work. We give the hourly rate up front, so the cost estimate can be calculated before the bid is submitted.
On large areas of steel covered with powder coating. It comes off very slowly, and on that scale sandblasting is faster and cheaper. If there is no reason to protect the substrate, for example heritage protection, we will tell you so directly. The laser makes sense where the material underneath matters more than the speed of work. If that is not your case, your money is better spent on another method.
Yes, this is one of our main areas of work. The method is used on heritage buildings because, with well-chosen parameters, it does not damage the original material and lets us control the depth of cleaning. The conservator decides on the scope and the method. We hold a laser safety officer certificate and work under the conditions agreed with the conservation supervisor. Before starting, we always do trials on a small area, which the conservator assesses.
A 230 or 400 V power supply, access to the work area and sanitary facilities. For multi-day jobs outside our region, also accommodation for the team. If there is no power on site, we can work from a generator. This costs extra but does not stop the job.
Much less than with other methods. We do not use abrasives, so there are no tonnes of sand or soda to remove from the site. We do not use water, so there are no stains or moisture in the wall. The fine dust from the removed coating is collected with an extractor. This means we can work inside buildings, including rooms with original furnishings.
Yes, and this is one of the main advantages of the method. No dipping, no chemical baths, no blasting booth. We clean windows and doors in their openings, roof trusses in place, balustrades fixed to stairs and facades without removing anything. For heritage buildings this matters even more, because every removal and refitting risks damaging the original joints.
For work at height, yes, but it does not always have to be scaffolding. We are qualified to work at height and a lift is often enough. If scaffolding is already up for other work, we use it. If it has to be put up just for the cleaning, it is usually provided by the client or the main contractor. We agree this before work starts, so there are no surprises in the cost estimate.
Yes. We work all over Poland, most often in Greater Poland and Kuyavia, around Poznań, Inowrocław, Bydgoszcz and Toruń. For larger projects we also travel abroad, including Germany, Italy and Scandinavia (Sweden, Norway, Finland). Smaller parts that can be dismantled are often easier to bring to us. Then there is no travel cost.
No, as long as the parameters are set correctly, and that is exactly why we do a test before starting. The method is contact-free. Nothing abrades the surface, there is no abrasive and no mechanical tool. The dirt absorbs the beam energy differently from the material underneath, so the process can be set to stop at the boundary of the original layer. In conservation work this lets us remove a coating gradually and stop at any moment.
