If you need to make custom markings on metal components, you might be wondering whether Stainless steel or Aluminum is the right material for laser marking. Here are some important points to remember when choosing a material to laser mark. In addition to aluminum, steel is also an option. Learn how to make laser markings on both types of metal components with a few simple tips. Then, you’ll be ready to begin your project. If you are looking for laser marking on metal components visit this website lasitlaser.es
In a variety of applications, stainless steel products require identification, logo, or informational marks. Laser marking is a popular solution for displaying unique identifiers and ensuring product quality. While printing and engraving are popular options for marking stainless steel products, they have some disadvantages. For instance, they cannot withstand the rigors of repeated sterilization and may fade. Moreover, they compromise surface passivation and may cause contamination, which can make these marks unsuitable for re-use medical devices.
However, there are benefits to laser engraving on stainless steel. Because of its long-lasting durability and low-cost operation, laser engraving is the preferred solution for deep, permanent markings on tough surfaces. Before getting started, you’ll need an idea or design for the engraving. Inspiration can come from various projects, environments, or the internet. Once you’ve got your design in mind, laser engraving will give you a permanent and beautiful result.
Using a laser to mark aluminum components has numerous benefits, from reducing scrap to maximizing efficiency. In addition to eliminating the need for expensive inks, markers, and other materials, laser marking has minimal maintenance and is applicable to a variety of industries. FZE Manufacturing is an expert in aluminum laser marking solutions and has been doing so for nearly half a century. Read on to discover more about laser marking on aluminum components in usglobalworld.
A laser is very effective at marking metals, and the resulting marks are highly visible. Compared to other marking methods, this process is clean, precise, and resistant to acid or other corrosive materials. Furthermore, a laser marking machine can maximize production time and meet quality standards. And despite being a time-consuming process, laser marking is one of the most environmentally-friendly ways to mark aluminum components. But how can you determine if laser marking is right for you? Here are some questions to ask.
Stainless steel components
Stainless steel products typically require identification, informational, and logo marks to be visible. For instance, medical instruments require a unique identifier. However, printing is not permanent and will fade over time with repeated sterilization. In addition, engraving compromises the passivation of the material and can cause surface texture, resulting in contaminants or irritation. Fortunately, laser marking can address these problems. Read on to learn about the advantages of laser marking on stainless steel components.
Laser marking on stainless steel components produces permanent and durable markings because it modifies the chemical composition of the steel beneath the surface layer. The resultant high-contrast markings are resistant to UV rays, heat, abrasive cleaning, and high temperatures. Stainless steel is resistant to rust and corrosion, and laser marking leaves the surface intact. Laser marking is cost-effective and environmentally friendly, requiring no consumables and uses less energy than other marking methods.
Using a laser to mark an aluminum component is a highly effective solution for manufacturers. The laser produces a high contrast color change without altering the material itself. This makes laser marking a viable option for a wide range of industries. FZE Manufacturing has been providing aluminum laser marking solutions for nearly half a century. Learn more about laser marking on aluminum components. Here are four tips to make your aluminum components look sharper than ever.
Optimum black/white marking is possible due to the high contrast that can be achieved through the use of white and black color. By marking black codes on the metal, the light is reflected in a diffuse manner, resulting in high contrast and readability. Additionally, high speed production lines can be easily integrated with FOBA’s Y-series laser marking system, allowing for consistent throughput of products. FOBA’s marking system is a favorite among Chinese can lid manufacturers, allowing it to apply character and QR codes to can lids in a short amount of time.