Laser cleaning

The customer required cleaning of the bearing rollers, which are clogged with glue and the production line is not able to meet the hygiene standards for the food industry.

Revitalisation of the Skoda Garde engine. Removing paint, cleaning grease and dust without disassembling the engine.

The refurbishment of plain bearings is very simple thanks to laser technology. The pulsating laser beam penetrates the polymer layer and breaks the bond between the polymers and the metal. The polymer can then be easily removed.

Use of laser cleaning to remove dirt while blasting to create a solid anchoring profile that is ideal for new paint application

If a new coating is required, the old coating must be completely removed and the surface free of dirt. This can be achieved using laser technology.

Laser cleaning of cooling system parts and brake levers, removal of oxidation layers, grease and old paint residues.

Thanks to a quick laser cleaning, congealed lubricants and surface rust caused by storage in damp areas were removed

The laser removal of organic deposits and old paint from the steel structure is effective, meets all environmental protection requirements and does not damage the existing surface.

Thanks to the laser beam, the adhesive can be precisely and efficiently removed from the surface of the rollers. No bearing disassembly is required and the entire process takes less than one hour.

In this article we explain the importance of the individual parameters of cleaning lasers, the fundamental principle of laser cleaning and the applications for which each power series is suitable.

Restoration, graffiti, dirt or soot removal, none of this is a problem for the ROD cleaning system. The laser is particularly suitable for very sensitive restoration of monuments or historical objects.

Laser mould cleaning covers a wide range of applications, including mould presses, tyre moulds, baking moulds, injection moulds and more.

In connection with the increased production volume, there was a need for additional equipment for cleaning of technological equipment. Two cleaning methods were considered, ultrasonic and laser. As a result, the decision was made in favour of laser cleaning due to its low operating costs, efficiency, material and environmental friendliness and mobility.

Undoubtedly, the biggest advantage of ROD laser systems against other cleaning laser devices is the perfectly thought out process head, because you, as a user, will hold this very important part of the laser cleaning machine in your hand every day.

We believe that our lasers are the best choice for your business. In the article, we focused on several points that differentiate us from the competition.

The laser is not a cheap thing, the development of a laser is demanding and expensive, its production requires both a huge amount of time and money. We stand firmly behind the price of our lasers, because we know that it is not possible to drive the price lower, certainly not so that the quality or functionality of the laser does not suffer. Unfortunately, no one, not even China, has a miraculous method of manufacturing lasers, where it would be possible to produce a laser for a fraction of the price so that the quality is at least close to the products and services we provide.

Laser cleaning uses concentrated laser radiation to evaporate impurities from the layer. The impurities are affected by ultra-short laser pulses (μs-ms), which generate heat and heat-induced pressure - the high temperature inside the material creates a high pressure that causes it to evaporate.