Laser Marking
Laser marking is used for a number of applications, such as engraving, etching and cutting. This can be used for creating photo engraving, text engraving or cutting, pattern engraving or cutting, image engraving, construction component production and much more.
Laser Marking components
Our area of expertise is producing high-quality parts and components, complete with all required etching and engraving to provide full traceability from the point of manufacturing. We can supply it, whether it's a single component that needs precise marking or a bigger product that needs several etchings or a range of sizes.
Regardless of the size or shape of your product, we can mark it with engravings of any size in any place thanks to our array of laser equipment. We are able to handle any of your marking requirements, whether it is for a big aerospace component or a straightforward car part. A wide variety of CAD/CAM software is available in our facilities to help us with our laser marking.
Laser Marking Benefits
Compared to more traditional marking techniques like dot peen marking, inkjet printing, and printed labels, laser marking has emerged as the go-to technology for businesses seeking high-quality, consistent marking.
Since laser marking is the quickest direct part marking method available, it is a popular choice for applications requiring short cycle times.
Laser marking is a very precise method of marking with consistent results regardless of volume. You achieve an almost flawless readability rate, ensuring that the quantity of nonconform elements is minimised.
Laser marking is often undertaking for makring of compentnets with part numbers for example.A variety of automotive parts, including drivetrains, engine parts, EV batteries, brakes, suspension parts, seat constructions, and stampings, can be permanently identified by laser tagging.
How does laser marking work?
Laser marking devices produce highly concentrated, light beams that leave a permanent mark. A laser beam transfers energy to a surface as heat when it strikes it, producing marks that are sometimes coloured and other times black or white.
The process of marking components or workpieces with a laser is known as laser marking. When a laser beam strikes a substance, its energy causes a reaction that permanently alters the substance. Different laser processes will result from variations in the laser beam's speed, power, and focus on the part. Laser annealing, laser ablation, laser engraving, and laser etching are all possible marking techniques.
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