The laser engraver has been utilized effectively for a long time, particularly in laser etching and checking in metals. Laser frameworks empower exactness, lucidness, and speed stamping on both delicate metals and aluminum, and also on hard steel and composites. With toughening checking, it is conceivable to make erosion safe markings without harming the surface structure of specific metals, for example, steel amalgams. The items made of metal are laser-set apart in a few businesses: Applications go from stamping items delivered in mechanical arrangement to traceability to altering limited time things with logos or names.
Reasonable metals forlaser engraver machinechecking and etching:
- Hardened steel
- Anodized aluminum
- Solidified Metals
- Composite steels
- Titanium, titanium composites
- Valuable metals (eg, silver, gold)
- Covered Metals
Why you need a modern co2 laser engraver
The laser checking application in metals is ordinarily used to stamp items with traceability highlights and codes. These applications are regular in the gadgets, mechanical building and tooling producing parts, notwithstanding the heater, restorative innovation, limited time things, adornments, and car enterprises. The co2 laser engraver is a very reliable machine that will produce beautiful results and that will definitely make your brand much more visible.
Shading stamping in treated steel
An exceptional sort of checking by metal tempering is hued stamping in hardened steel. The specialized potential outcomes of the co2 laser engraverpermit the laser stamping of reproducible hues in tempered steel. For makers of treated steel items, the laser offers the chance to make unique shaded recognizable pieces of proof, for example, an organization logo, or useful markings, for example, the sign of hot and chilly in hardened steel establishments.
What else you can do with a goodlaser engraver machine
There are several methods for marking or engraving metals. Depending on material and quality requirements, materials such as aluminum, steel, stainless steels and other metals can be engraved, marked or polished with a laser beam. The respective methods have special advantages and disadvantages.
How does laser engraving work?
The engraving is mainly used in stainless steel, alloy metals and other metals. Recording or, depending on the removal of material, deep recording leaves a noticeable mark. The material is removed; in other words, the material evaporates and the color changes. The high energy level of the laser machine allows you to directly vaporize materials such as steel, titanium and other metals. The brownish color left on the metal can be cleaned through other marking processes (see Polishing).
Record and mark metals with co2 laser engraver or fiber laser?
The perfect tool for metal marking, in terms of productivity and quality, is the fiber laser. The marking result is uniform and very precise, even in fine details. Uncoated metals can be marked with a co2 laser engraver using only solutions for laser marking. The metal marking solution must be applied to the workpiece. First, the part must be dry; then the material must be burned during laser processing. After laser processing, it is necessary to wash the part to remove the residues from the pulp for marking.