In the electronics industry, components need to be marked and traced with barcodes, serial numbers, and other identifiers indicating function, part numbers, and expiration dates. Manufacturers must understand the marking systems and machines available, as well as the properties of the parts they are processing, to choose the right coding and marking solutions.

Laser processing machines provide significant benefits for the arts and crafts industry, offering precision, versatility, and the ability to personalize and enhance the value of products and artworks. These laser machines can handle a wide range of materials and intricate designs, adding rich details such as text, logos, images, or photos to individual pieces or entire series. With laser technology, nearly any design can be cut or marked on various materials, allowing for detailed and precise customization. This improves the visual appeal and value of the art pieces, making them more attractive to customers.

In the construction sector, laser machines are generally used for marking, welding, and cutting tasks. They enable precise and permanent marking of construction components, equipment, and materials, playing an important role in tracking the lifecycle of building materials and ensuring quality control.

Marking metal hardware with laser machines involves selecting the right type and power of the laser marking machine to suit different materials and thicknesses. This process ensures precision and durability in the marks, which are essential for identification, traceability, and aesthetic purposes.

Traditional methods of processing metal hardware involve several steps such as punching, polishing, and bending. These methods are time-consuming, costly, and inefficient. The lengthy mold-making process adds to the production time and expense. Furthermore, with increasing emphasis on energy conservation and environmental protection, the metal processing industry faces additional pressure to adopt more sustainable and efficient technologies.