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In order to save costs and increase production capacity, people always hope to achieve a certain breakthrough in efficiency, hoping to obtain the maximum benefit in the shortest time. In today's increasingly scarce resources and rising labor costs, improving production efficiency has to be an urgent problem. Perhaps we are still nostalgic for the industrial revolution of the past, and perhaps we are also lamenting the arrival of the information age. However, today, we encounter increasing resistance, opportunities and challenges that make us feel lost, and do not know where our next breakthrough will be.

However, with the rapid development of science and technology and the continuous emergence of new technologies, we have also found ourselves in the lost, have also given us a new understanding of modern processing, and have made us more believe that the future processing and manufacturing will be will be more efficient. Like the emergence of laser technology now, this is undoubtedly not changing our traditional processing. It not only solves the defects of traditional manufacturing, but also provides more feasible solutions for current processing.

As an important direction of laser application, laser marking has broad application prospects in the current processing industry. Laser marking is different from traditional processing. Laser marking is a non-contact processing method, which uses a high-energy density laser beam for processing. It also adopts the current computer software control system, which has a high degree of automation and intelligence. Especially with the advent of the current laser fiber era, laser marking technology has also entered the current fiber marking era. Today's fiber laser marking machines not only have high electro-optical conversion effects, but also have high-quality laser beams. In the process of processing, it has the characteristics of high speed, smooth incision, small deformation, no mechanical effect, no burr, high processing accuracy, good repeatability, no damage to the surface of the processed material, and can mark any graphics. Compared with inkjet printing, electrical discharge machining, and mechanical knife engraving, this is undoubtedly not a leap of speed and passion. It not only improves production efficiency, but also reduces production costs. Although the price of the current fiber laser marking machine is still more expensive than the traditional equipment, the collision of speed and passion brought by the fiber laser marking to the current processing is unmatched by any previous processing methods.