If you’re looking for cost-effective surface laser marking on metal components, read this article! It will explain what you can expect and how laser marking works. Learn about the benefits of laser marking on stainless steel components, and its advantages over traditional methods. Laser marking on metal components is an excellent option for precision and cost-conscious manufacturers who need to reduce costs, while still ensuring quality and consistency. To get started, start by looking at your budget. If you are looking for laser marking on metal components visit this website lasit.it
Cost of laser marking on metal components
If you’re considering laser marking on metal components, you’ve probably wondered how much the process costs. There are several factors to consider, including the type of metal, the power of the laser, and the readability rate. Fiber lasers, for example, offer numerous economic and quality benefits, while also being more energy-efficient than other types of lasers. Fiber lasers also require less energy to run and have lower readability loss after heat treatment.
Laser oxidation marking is one method that does not use any physical contact to produce a permanent mark. Its primary goal is to leave a legible mark on a metal component. The process produces a consistently high-quality mark that does not create surface texture, and the mark is durable enough to withstand repeated abrasion and high temperatures. It is ideal for marking metal components, including automotive components. And because laser systems are highly customizable, they can be integrated with other automation and vision systems. Further driving the results, they can be combined with robotic elements.
Laser-scanning job shops are not the only places that can provide metal-scanning services. In fact, many of these services are now available to consumers through specialized retail outlets. The cost of laser marking on metal components doesn’t have to be based on the value of the part. If your business relies on laser marking, it’s important to select a reputable and experienced company. By choosing a reputable company, you’ll ensure that the quality of your product is the best.
Benefits of laser marking on metal components
Laser marking on metal components is a very effective process that allows manufacturers to customize their products. Because laser marking affects the surface properties of the metal, some manufacturers choose to use different types of lasers for marking and engraving purposes. Generally, laser marking results in a permanent discoloration of the surface of the part. This process is often combined with laser etching or laser engraving to alter the surface of the part.
Laser marking on metal components is a great way to produce permanent, indelible markings on a variety of products. The process produces a mark without damaging the surface of the metal, reducing the risk of damage to the final product. Laser marking also consistently creates a quality mark, making it a popular option for industries large and small. The following benefits of laser marking on metal components make it a great choice for a variety of applications.
CO2 lasers can be used to laser mark metal. The CO2 laser, for example, produces a mark on the surface of the metal without removing material, so the laser does not affect the metal’s strength or tolerance. In addition, coated metals are not affected by laser marking. Laser marking also saves money on labor. As an added benefit, CO2 lasers have fewer potential hazards than UV or green lasers.
Cost of surface laser marking on stainless steel components
The first step in surface laser marking on SS is determining the type of laser. The type of laser will have a profound effect on the results of the marking process. Lasers used for marking SS typically use a yag or diode pumped laser. A darker laser mark means more risk of rusting and corrosion, as it’s made up of a high concentration of iron oxide.
Chemical etching has the same results as laser marking, but a higher cost. Chemical etching requires stencils and continuous chemical supplies. It’s less environmentally friendly than laser marking and can result in liability issues. Surface laser marking is the most affordable and flexible option for manufacturers and reflects its efficiency and predictability. A good process will save you money in the long run by reducing scrap and ensuring consistent output.
The method also allows you to measure the thickness of the resulting layer. The thickness of the film is best assessed with surface profile measurements. In sample 1, the film thickness was approximately 300 nm, while sample 2 is about 800 nm. To double-check, we used the ellipsometer method. This method gave a thickness of 314.4 +/ 37.6 nm, while sample 1 and 3 could not be accurately measured.
