energy-saving cleaning process

Traditional cleaning methods such as sandblasting or solvent solutions require significant energy consumption. The advantage of laser over traditional cleaning is that there is no need to use solutions or other materials. 

Laser cleaning is not only an environmentally friendly process, but also involves only a one-time investment cost. It pays for itself in a short time, as there is no need for chemicals, yield materials or other mechanical devices. In addition to all this, energy consumption is much more favorable compared to traditional machining machines.

An ecologically neutral, economical and practical choice. Laser cleaning has countless advantages over traditional surface cleaning methods that help work processes. The stricter environmental protection rules and the increasing quality requirements can represent significant burdens for the various manufacturing industries, which can affect the price, demand and supply of products in the long term and this affects competitiveness.

It is mostly used for rust removal and paint removal, on workpieces where the surface is coated after cleaning. (e.g. car rims, vehicle chassis, building steel structures, etc.) Ideal choice for both pre- and post-treatment of welding seams.

laser cleaning

It is mostly used for rust removal and paint removal, on workpieces where the surface is coated after cleaning. (e.g. car rims, vehicle chassis, building steel structures, etc.) Ideal choice for both pre- and post-treatment of welding seams.

It can be used to clean and remove certain surfaces. fiberersx laser cleaners are precision tools. They easily clean workpieces and tools from the hardest rusts, oxides, deposits, oils and paints, etc.

It is a perfect solution for cleaning tools and parts, because there is no loss of material during the cleaning process, which is an important requirement in industries. During laser cleaning, the surface remains undamaged, in contrast, this is not guaranteed with a traditional cleaning process.

The application often functions as a preparatory step for further processes, for example the cleaning of dirty, oily, rusty tools waiting to be cleaned in the tool factory. At the same time, the process is extremely fast, thus improving productivity, which also guarantees greater profits in the long run.

examples of cleaning

dirty plastic

cleaned plastic

paint removal from jig

rust remove

paint removal

plastic cleaning

rust removal

surface matting

component cleaning

tool cleaning

implant surface treatment

tool cleaning

cylindrical surface cleaning

varnish removal from wood

grease removal

It is used in many industries including:

A great alternative to chemical cleaning and sandblasting. It removes surface dirt only with the help of laser light, without the use of abrasive tools. The laser enables the removal of a micron-precise layer, which leads to a precise removal result.

Rebirth of a dirty, contaminated tool with laser cleaning. Only the dirt is removed, the size of the materials does not change. This is why it is used on injection molding tools and precision parts. For injection molding tools and other important parts, a precision cleaning process is essential. If material was removed during cleaning, it would affect the subsequent operation of the machines.

Laser cleaning is a fully automated process that cleans only the specified parts. Thanks to this, we can perform micron-accurate cleaning, and our technology is able to track the topology, so we can also clean in stages.

It is a great alternative to chemical cleaning and sandblasting. It removes surface dirt only with the help of laser light, without the use of abrasive tools. The laser allows the removal of the micron-precise layer, which leads to a precise removal result.

It can be used on large workpieces, where damage-free cleaning of the material surface is the primary concern. (e.g. engineering parts, mechanical elements, casting templates, injection molding tools.) Our cleaning equipment can be conveniently used on amorphous, complex-shaped workpieces or components.

Thanks to its adjustable power level, it can be used on various surfaces and materials. Our hand-held laser cleaners require roughly the same amount of energy as a computer, thus ensuring cost-effective use for our customers. There is absolutely no need for chemicals or other waste materials during cleaning.

paint
rust
glue
resin
lubri​cants
fats
plastic remains

Manual laser cleaners offer a more sustainable and precise solution compared to traditional equipment. Our 1D laser equipment can be easily moved, but it can also be placed in a fixed position.

It provides a multi-faceted cleaning process;

User friendly

Using the laser tool couldn't be easier. Turn on the machine, set the power to the desired level and clean automatically by hand.

Hand-held laser cleaning machines do the same job as sandblasting or dry ice cleaning machines, with the difference that no other material is needed for cleaning, so we don't have to worry about shipping costs. The handheld laser cleaner does an exceptional job, leaving a smooth and clean surface with no damage, and the only source you need is electrical power.

rust removel samples

paint removal

paint removal

It can be perfectly used for tasks where an automatic solution cannot be solved because there are parts or devices of different shapes in production.

laser surface treatment

A simple and quick solution for the laser surface treatment of various materials. Thanks to the laser power that can be adjusted in several ways, the laser equipment can be used in many ways, thus we can achieve several types of surface treatment.

No tools are required for processing. The entire process is automated and touch-free, so it can be used extremely flexibly on different surfaces.

When handling different surfaces, parts to be glued, painted or welded, it is important that they are free of contamination. Among others, metals, plastics, silicone, wood, where the goal is to promote better adhesion of the surface. It is also a perfect solution for parts that are about to be painted, welded or glued.

The precisely adjustable laser enables precisely repeatable processes. Due to the low heat output, the material does not deform or only minimally. Compared to other traditional solutions the laser is a clean process, dust and dirt are created during it production can be completely eliminated by suction. The process can be fully automated, which saves time and improves production processes. The modular structure also means adaptability, the laser can be adjusted to one or more products.

LASER STRUCTURING

Before gluing, laser structuring or laser ribbing is applied to the elements to promote better spread of the adhesive and better adhesion, resulting in long-term durability.

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