Laser marking is the most often used option for dependable traceability applications in contemporary industrial settings, where stable, permanent, and high-quality marking. They may be readily incorporated into both new and current traceability infrastructures using industrial laser marking systems. They can successfully interface with your MES management system or ERP platforms, allowing more flexible, quicker, and less costly integrated production. If your production requires versatility, Data logic laser markers will take you to the next level of quality by making format changes easy and quick, whether for mass production, a batch, or even a single item Marcatrici laser Prezzo is influenced.
Laser Marking Systems Purposes
One of the benefits of laser technology within tracking applications is its intense contact with the material, making the marking process robust and irreversible while retaining a high degree of flexibility. Some industrial laser marking uses include:
- Traceability In Industry
When dependable and indelible coding is needed to resist the most demanding conditions and procedures, laser direct part marking (LDPM) is employed. The programme can handle alphanumeric encodings as well as over 100 symbology and code variations that may be etched or inscribed on any metal, plastic, or other material. The extremely high resolution and outstanding contrast guarantee that codes are adequately marked according to your business’s most widely accepted quality requirements. - Logo And Graphic Branding
When it is required to attach a brand of Marcatrici laser Prezzo, a quality mark, or maybe even a texture or decoration, the techniques of engraving, surface oxidation, and laser ablation are frequently employed. Laser marking systems seem to be the ideal option for these applications. The aesthetic outcome is critical due to its exceptional ability to create an appealing and high-contrast visual impact that is non-tactile and unaffected by abrasions, solvents, or atmospheric events. - Micromachining
Laser markers may be utilized in the production process for material processing. Selective elimination of surface treatments, including paints, or controlled removal of either a protective coating, are extensively employed in many industrial procedures to ensure excellent bonding welding behaviour or a proper electrical connection. This efficient, mask-free technique is also extensively utilized in manufacturing backlit automobile components, often known as “Night & Day.” The removal of dark paint over specific, translucent elements, subsequently back-illuminated, creates a visible sign.
