WOOD ENGRAVING AND MARKING WITH FIBER LASER MACHINES
To address the most demanding automotive requirements, MACLASER provides the fastest lasers on the market. Our turnkey solutions are built with industrial grade components and meet class-1 laser safety standards.
We’ve developed exclusive processes for the industry. Our laser marking meets cradle-to-grave traceability requirements when parts are shotblasted, coated, and so on. Our cleaning expertise also allows manufacturers to get rid of masking. They can selectively remove paint instead, leaving a texture that improves adhesion if needed.
RECOMMENDED LASER SOLUTIONS
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Aluminum You Can Mark
Each type of metal absorbs light and conducts heat differently. Your metal part is thus at the core of choosing the right laser engraver for your application.
Since aluminum surfaces have a high thermal conductivity, fiber lasers can mark them at a high temperature for high-speed applications. Whereas laser etching is the fastest process, laser engraving is the most resistant.
Aluminum 380 and 6061 are the most common laser marked alloys, but all aluminum types can be marked. This includes die cast, general-purpose, pure, and anodized aluminum.
Since aluminum surfaces have a high thermal conductivity, fiber lasers can mark them at a high temperature for high-speed applications. Whereas laser etching is the fastest process, laser engraving is the most resistant.
Aluminum 380 and 6061 are the most common laser marked alloys, but all aluminum types can be marked. This includes die cast, general-purpose, pure, and anodized aluminum.
Since aluminum surfaces have a high thermal conductivity, fiber lasers can mark them at a high temperature for high-speed applications. Whereas laser etching is the fastest process, laser engraving is the most resistant.
Aluminum 380 and 6061 are the most common laser marked alloys, but all aluminum types can be marked. This includes die cast, general-purpose, pure, and anodized aluminum.
Since aluminum surfaces have a high thermal conductivity, fiber lasers can mark them at a high temperature for high-speed applications. Whereas laser etching is the fastest process, laser engraving is the most resistant.
Aluminum 380 and 6061 are the most common laser marked alloys, but all aluminum types can be marked. This includes die cast, general-purpose, pure, and anodized aluminum.
DO YOU NEED TO ENGRAVE A DIFFERENT MATERIAL?
How It Works: Laser Processes for Marking Metals
Once you get your machine, it’s already been configured by our experts with a specific marking process. Its configuration is mostly based on the metal being marked. For future applications, the same machine can be configured to mark different metals.
A machine’s configuration depends on its laser parameters. Examples of parameters that can be modified are laser power, movement speed, pulse duration, and number of laser passes. Here are the possible marking processes resulting from these configurations.