Using a Floor Laser Marking System in Manufacturing

Floor laser marking is a process used for identifying products, parts, and assemblies by their serial numbers alone. This helps to provide workers and other people who deal with these parts and products with an easy way to distinguish one product from the other without having to deal with tags, labels, or anything else. Floor lasers can be used for nearly all types of products. They can be used on wood, plastic, metal, paper, cardboard, Plexiglas, marble, granite, etc. Markers can be used in conjunction with other labeling and identification systems as well as being used as standalone units. Check the article.

A floor laser marking system is designed with the specific purpose of providing the easiest and most accurate method of product identification available. When properly installed and operated, this provides a great deal of time and energy savings to the company or organization employing the system. Because the laser technology is so accurate, it can mark almost anything accurately and cleanly, eliminating secondary markings that might occur otherwise. Many manufacturers have used floor lasers to improve their accuracy and productivity in their industry. These lasers are designed for quick marking of short circuit boards, surface mounted component connectors, wires, and miniature attachments such as screws and nails. They can also be used to quickly and accurately mark stainless steel bolts, nuts, and bolts of different sizes.

Another benefit of a floor laser marking system is that they provide for the greatest level of accuracy, enabling the end-user to have a product that functions as good as new even after numerous years of use. They are easy to use, operate silently, and are simple to maintain, requiring very little in the way of maintenance once they are in place and properly functioning. Some companies even offer their employees special training in the operation and use of the laser technology. They can also offer advice on a wide array of topics including circuit board design, trace layout and alignment, and how best to ensure that laser markings are uniform and consistent.