Application of laser marking machine in marking electronic components

Application of laser marking machine in marking electronic components

In the field of electronic component packaging marking, laser marking machines stand out with their advanced technology. It uses the international cutting-edge laser technology, uses the semiconductor array module as the light source, and uses the computer's precise control of the galvanometer to change the optical path of the laser beam, thereby realizing automated laser marking operations.

The equipment is widely used in online automatic marking tasks for various electronic components, including capacitors, varistors, thermistors, ceramic capacitors, thyristors, voltage regulators, integrated chips, etc. It can mark important information on electronic components, circuit boards, hard disks, mobile phone cases, batteries, etc.

Laser marking machines offer many significant advantages. Its light spot is small and the marking is extremely precise. The output laser light spot is small, making the marking lines slender and able to perfectly present fine graphic and text marks. The light spot is stable and reliable, the marking speed is fast, the marking effect is excellent, and the debugging process is relatively easy. At the same time, it has low power consumption, easy maintenance, and low processing cost, and can stably meet the stringent requirements of continuous 24-hour full-load operation.

As the demand for product traceability and anti-counterfeiting becomes increasingly prominent, laser marking machines have shown excellent performance in engraving QR codes for smaller electronic components. Compared with traditional ink printing methods, laser-marked QR codes are more readable and scannable, effectively solving the problem of poor readability when printing small-sized components.

Its common marking range covers important information such as specifications, names, numbers, etc. In view of the usually large number of electronic components and the limited marking area, the characteristics of laser marking machines such as fine marking capabilities, fast marking speed, maintenance-free features, no need for consumables, long service life and low power consumption are particularly important.

In the electronics industry, output is a key factor in obtaining benefits, which means that the requirements for equipment occupancy are quite high, and at the same time, the expectations for the frequency of equipment failure maintenance are extremely low. Using a Laser marking machine can not only significantly reduce labor costs, but also significantly increase production capacity. From a long-term perspective, its overall cost is significantly reduced compared to traditional marking methods, and it is extremely cost-effective.