Among various cutting technologies, laser cutting has become the first choice in many industries due to its high precision and fast speed. However, when faced with thick plate cutting, traditional laser cutting technology often encounters bottlenecks. To solve this problem, the laser flame composite cutting machine came into being. It combines the advantages of laser and flame cutting to provide a more efficient and economical solution for thick plate cutting.

Technical parameters of laser flame composite cutting machine:

Taking a 30kW laser flame composite cutting machine cutting 80mm carbon steel as an example, its technical performance is as follows:

Punching time: only 3 seconds, significantly improving production efficiency.

The difference between the upper and lower tapers: only 0.08mm, ensuring cutting accuracy.

Cutting speed: reaching 147mm/min, it can achieve fast cutting even when facing thick plate materials.

Energy consumption cost: only 16 yuan per hour, which greatly reduces production costs.

Features of laser flame composite cutting:

Split bed design: The laser flame composite cutting machine adopts a split bed structure, which is especially suitable for batch cutting of thick plates. This design not only improves the stability of the machine, but also ensures the possibility of high-precision cutting for a long time.

Excellent cutting ability: Compared with pure laser cutting or other cutting methods, laser flame composite cutting has obvious advantages in cutting section and accuracy of plates above 50mm. It can cut smoother sections while maintaining high precision, reducing the time and cost of subsequent processing.

Efficient production benefits: Laser flame composite cutting technology enables low-power lasers to have the cutting capabilities of high-power lasers. For example, a 4kW laser can achieve the cutting effect of a traditional 30kW laser with the support of composite cutting technology. This not only improves production efficiency but also reduces equipment investment costs.

Significant reduction in power requirements: Compared with traditional laser cutting machines, the power requirements of laser flame composite cutting machines are significantly reduced. This is undoubtedly an ideal choice for energy saving and consumption reduction for factories that need to run for a long time.

Application prospects of laser flame composite cutting machine:

The laser flame composite cutting machine has shown its unique advantages in thick plate cutting, especially in industries such as shipbuilding, bridge construction, and heavy machinery manufacturing that require large-volume, high-precision thick plate processing. Its characteristics of high efficiency, energy saving and high stability give it broad application prospects in these industries.

Generally speaking, the laser flame composite cutting machine is an innovative cutting equipment. It not only solves many pain points of traditional cutting technology in thick plate cutting, but also brings higher production efficiency and lower production costs to the manufacturing industry. cost. In the future manufacturing industry, this composite cutting technology is expected to become one of the mainstream technologies for thick plate cutting, injecting new vitality into the development of the industry.