Laser-flame hybrid cutting: the perfect combination of traditional and innovative processes

In the field of modern industrial manufacturing, cutting technology has always been an important criterion for measuring production efficiency and quality. With the continuous development of science and technology, laser flame composite cutting technology has gradually become a leader in the field of thick plate cutting with its unique advantages. This article will take you to an in-depth understanding of the characteristics of laser flame composite cutting machines and their applications in modern industry.

Split bed: a powerful assistant for batch cutting of thick plates

The split bed design of the laser flame composite cutting machine is a highlight. This design not only ensures the stability of the machine under high-speed and high-load operation, but more importantly, it enables the machine to easily cope with batch cutting tasks of thick plates. Whether it is accuracy or stability, the split bed provides strong guarantees, making the cutting process smoother and more efficient.

Cutting ability: beyond the limit of pure laser cutting

The laser flame composite cutting machine has shown extraordinary strength in cutting ability. Especially when dealing with thick plates above 50mm, its cross-section quality and accuracy are better than pure laser cutting or other traditional cutting methods. This advantage is mainly due to the perfect combination of laser and flame, which makes the cutting process more efficient and accurate.

Production efficiency: high efficiency performance of low-power lasers

In the field of laser cutting, power is often proportional to cutting capacity. However, the laser flame composite cutting machine has broken this traditional concept. Through advanced technical means, low-power lasers can also achieve the cutting capacity of high-power lasers. Taking 4kw and 30kw lasers as examples, the laser flame composite cutting machine can achieve similar cutting effects under the same conditions, greatly reducing production costs and energy consumption.

Power requirements are greatly reduced: a model of green manufacturing

With the increasing global attention to environmental protection and energy conservation, green manufacturing has become an inevitable trend in industrial development. The laser flame composite cutting machine also performs well in this regard. Due to its significant reduction in power requirements, the machine is more energy-saving and environmentally friendly during operation. This not only reduces the operating costs of enterprises, but also helps to promote the green development of the entire industrial manufacturing industry.

In short, laser flame composite cutting technology has emerged in the field of modern industrial manufacturing with its unique advantages. It not only improves production efficiency and quality, but also promotes the green development of the entire industry. Whether it is automobile manufacturing, shipbuilding or aerospace, laser flame composite cutting will bring revolutionary changes to the industry with its unique advantages.