Marking lasers are important tools for precisely and reliably marking sensitive electronic components. They provide targeted energy input and stable laser properties, making them suitable for marking various types of component materials. AeeFar Airtronics Tech marking lasers offer flexibility in terms of wavelengths, pulse durations, and power classes needed for laser marking electronic components, ensuring resilience in harsh conditions. We are dedicated to enhancing productivity in the industry.

Copper is a semiprecious metal that efficiently conducts both electricity and heat, and is easily processed. However, laser marking copper presents unique challenges to users. The properties of copper make it a difficult material for lasers. To produce high quality markings on copper that exceed process threshold, users must employ laser pulses with high peak pulse power that focus on small areas and concentrate laser power on just one spot.

Through the process of black marking in laser processing, ultradark and high-contrast markings are produced on surfaces without material ablation. This process is accomplished through the use of short laser pulses that create structures on the surface at the nanometer scale, resulting in reduced light scattering and creating consistent depth markings with a reliably black color that remains corrosion-resistant within certain parameters. The result is a high-quality, long-lasting marking with the added benefit of being achieved without material loss.

Laser engraving is an expert technique that utilizes a laser beam to precisely cut away material and leave an indentation with distinct surface structures. This process yields impressive results, and is known to be highly effective. A variety of materials are suitable for laser engraving, and when engraving metals with laser, rough structures appear black while smooth ones seem whiter. This technique is truly a game-changer in the world of material customization and design.

Laser marking technology not only provides permanent and flexible surface marking on plastic components, but is also environmentally and material friendly, making it a superior option compared to conventional marking procedures. With laser marking, no templates or consumables such as ink are required, ensuring that the marking is always smudge and abrasion proof. The laser marking process generally involves three steps: changing color, altering surfaces, and ablation of layers. Trust that laser marking is a reliable and efficient way to mark plastic surfaces.

Annealing is a proven method that creates durable markings on steel and metals. This effective technique utilizes laser beams to heat the materials, resulting in unique colors that change according to temperature. The colors are the result of an oxide film forming on the surface of the materials during annealing, which determines their unique properties and ultimately their color impressions. Trust in this reliable process to create markings that will withstand the test of time.