STATE OF THE ART METAL MARKING:

LASER ENGRAVER FROM ECOMARK

Laser engravers from EcoMark have become indispensable in the metal industry and metal processing. For good reason: high-quality laser marking is the ideal solution for all hard and soft metals that need to be permanently marked in a way that is abrasion-resistant, corrosion-resistant and resistant to mechanical and chemical stress. The special combination of durability and highest marking quality opens up new application possibilities for laser marking and laser engraving again and again.

DIVERSITY IS THE PROGRAMME AT ECOMARK:

LASER SOLUTIONS FOR ALL TYPES OF METAL

EcoMark laser marking machines are suitable for virtually all metals and alloys: Stainless steel and mild steel, non-ferrous metals such as copper, nickel, brass and zinc, aluminium and titanium, coated and uncoated - we offer the right solution for all requirements. And if you want to laser mark changing metal parts, even more so. Because thanks to the unique EcoMark software, our machines can be quickly adjusted to new workpieces at any time, without time-consuming changeover times.

WIDE RANGE OF APPLICATIONS

IN ALL METALWORKING INDUSTRIES

In all industries that want or need to mark metal parts securely and permanently, laser engraving is functionally and economically superior to other marking processes - whether in the automotive industry, electrical engineering and sheet metal processing, in machine and tool construction or even in medical technology. Especially for product markings and codes that are required to reliably ensure traceability or information storage. Data matrix codes for quality assurance or functional labelling with information about product characteristics such as size or radius can also be applied quickly and permanently with a laser. Laser machines can be used well under the difficult, often rough and thus challenging production processes in metal processing, as they are robust systems that cope well with environmental influences such as heat, cold, moisture and movement. Laser engraving is fast, precise, legible and durable. With a CO2 laser, fibre laser or YAG laser, laser inscriptions are just as qualitatively and precisely possible on hard metals such as iron or steel as on soft metals such as aluminium or copper. There are no consumables, which contributes to cost efficiency.

Different laser marking processes are used for this:

The robust laser engraving, which results in a clearly visible and tangible indentation in the metal by melting and vaporising the metal, is ideal for marking metals that have to withstand mechanical stress, for example.
In contrast, annealing is mainly used in medical and hygiene-related areas. By heating the metal locally, a coloured oxide layer is applied, while the surface remains even, thus preventing the accumulation of germs.
Material layer ablation, in which the coating of metals and not the primary material metal is lasered, also results in high-contrast, precise laser marking.

All three processes are durable because they are abrasion-resistant. In addition, they are insensitive to liquids such as water and oils as well as to the effects of heat.