Equipped with flying cutting and compressed air cutting technologies, this machine reduces cutting costs and improves efficiency. It fully leverages the advantages of fiber optic transmission, featuring a simple mechanical structure, constant optical path, and stable cutting performance. A preferred model for processing metal materials, it boasts high cutting speed, low operating costs, and excellent stability. The machine bed utilizes a hollow tube welded bed structure, validated through multiple CAE analyses, and undergoes high-temperature annealing and natural aging to eliminate welding stress, preventing deformation, minimizing vibration, and ensuring cutting precision.

"1530" is the most intuitive feature of this model, referring to its standard processing area of 1500mm × 3000mm (i.e., 1.5m × 3m). This is a medium-to-large-sized sheet metal processing machine, primarily used for high-precision, high-efficiency cutting, drilling, and engraving of metal sheets (such as carbon steel, stainless steel, and aluminum alloys).

It uses a laser as the processing tool. A high-energy-density laser beam irradiates the workpiece, rapidly bringing the material to its melting or boiling point. Simultaneously, high-pressure auxiliary gas blows away the molten material, thus achieving the cutting purpose. Currently, fiber laser technology is the mainstream and preferred choice for the 1530 model due to its extremely high photoelectric conversion efficiency and superior cutting performance.

In addition, a wide variety of products are available, with different cutting sizes to choose from, such as 2000*4000mm, 2500*6000mm, and 3200*13000mm, allowing for targeted selection based on specific cutting needs.