Industrial cleaning without compromise

When it comes to industrial cleaning, laser technology opens up almost limitless possibilities. From paint stripping and cleaning machinery or rollers, to degreasing components, derusting crane bridges, carrying out fine surface preparation before recoating, and much more – everything becomes simpler and more efficient. With industrial laser cleaning, equipment and moulds have minimal downtime, as there’s no need to dismantle them. Best of all, the process produces no mess: the removed material is vaporised instantly and can be extracted straight away. The only waste is a filter that needs to be replaced periodically. Noise is also minimal, making it a safe and comfortable option. Whether as a service or with your own industrial cleaning equipment for regular use, industrial laser cleaning is the ideal choice. We’ll be happy to provide all the details – either at our headquarters in Siek near Hamburg or directly at your location.

Industrial cleaning made simple

In today’s industrial sector, laser cleaning is indispensable – whether integrated intelligently into existing production equipment or performed by trained operators. Even in hygiene-sensitive areas such as the food industry, industrial laser cleaning can be implemented in a clean, contamination-free way. Hazardous substances can also be removed with an industrial laser cleaning machine, and the vaporised residues can then be extracted and safely disposed of via a compact filter system.

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  • Flexible applications

  • Suitable for any work location

  • For small- and large-scale tasks

  • Minimal downtime

  • Easily integrated into your process

Got any questions? We’ve got the answers! 

Rough or uneven surfaces can reduce laser cleaning efficiency because the beam does not strike evenly. However, this effect only occurs when the surface roughness exceeds the depth of field in the focus area. On many rough surfaces, this means the laser still works uniformly across all levels and achieves excellent results. The depth of field is typically around ±5 mm. 

The effect on the base material depends on the laser type used – whether it’s a pulse laser, Top Hat or CW laser. Some types of laser can affect the surface. In this case, however, no material is noticeably removed; rather, the surface’s structure is affected. Other lasers, with the right system settings, can leave the surface entirely unaffected even after repeated cleaning. Both options are possible with laser cleaning.