RFH green laser marking BYD auto parts, energy saving and environmental protection

RFH 532 green laser helps to demonstrate car taste and quality

RFH nanosecond green laser will not scorch when marking automotive plastic parts

Automobile manufacturing is constantly advancing amidst the technological changes of the new generation, and the advancement of marking technology has also greatly improved the past marking methods. Many well-known companies will be able to make up for the shortcomings of the past through inspection and research, and provide more for manufacturing. Multi-assisted green laser marking technology, as a new technology to replace the old technology, has become a great sword in the automotive marking process.

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The RFH green laser can mark the images and texts required on the surface of the car. Because the precise focusing spot of the green laser is extremely small, and the processing heat-affected zone is small, there will be no thermal effect, no material scorching problem, and the processing quality higher.

In addition, the RFH green laser uses different frequency light sources and remains stable at different frequencies. Therefore, it can be applied to various materials on the surface of automobiles, and its effect can also meet the requirements of automobile manufacturing, helping to highlight the taste and quality of automobiles.

Finally, the production process such as direct marking on the BYD car shell can take advantage of the fast speed and small size of the green laser, which greatly shortens the time for marking in the past. Not only that, but it can also ensure the reduction of energy consumption and the Its service life is prolonged. Energy saving and environmental protection, pollution reduction, time reduction, and cost reduction are rare new technologies in the production process of so many restrictions on automobiles.

Seiko 13 years, RFH green laser adopts the whole process of dust-free workshop production and strict quality management system supervision, which makes the quality more stable and the service life is better than that of its peers. In addition, as we all know, there is a one-to-one correspondence between the power supply and the laser, and the stability of the power supply control system determines whether the laser can maximize its performance during operation. RFH has the advantages of independent research and development of power supply technology, which can update the function modules of the power control system in time, and improve the function modules according to the needs of the laser. 13 years of R&D technology accumulation, doctoral level R&D team, this is a solid backing for the stable operation of RFH's entire laser system.