Solution

Email:cynthiazheng@dpxlaser.com
Address: Room 601, Building 4, Huidongsheng Industrial Park, No. 1028 Guangqiao Avenue, Yulu Community, Guangming District, Shenzhen (South Gate)

Textiles are a traditional strength of China’s industry and are rapidly transforming toward intelligence and personalization. Textile machinery components come in a wide variety of types, with frequent new‑product iterations; under conventional manufacturing methods, producing drilling dies is time‑consuming and costly, making it difficult to meet the demands of small‑batch prototyping and flexible production. The Horizon Laser Technology 3015 model, a 6,000‑W single‑table fiber laser cutting machine from Shenzhen, is specifically designed for sheet‑metal processing and also excels at cutting metal sheets for textile machinery, helping to enhance quality and efficiency in textile equipment manufacturing.

The equipment features an effective machining area of 3050×1520 mm and is equipped with a 6000 W fiber laser. It delivers stable beam quality, consistent performance across the full power range, and excellent electro-optical conversion efficiency, with a pump source boasting a service life of up to 100,000 hours. The machine tool’s welded bed undergoes high-temperature annealing, secondary vibration aging, and sandblasting for rust removal, effectively eliminating internal stresses.
 

Equipped with a Raytools auto‑focus cutting head, paired with imported drive components such as YYC rack and pinion, HIWIN linear guides, and an Italian precision gearbox, along with the Cypcut CNC system, this machine delivers positioning accuracy of ≤±0.03 mm/m and repeatable positioning accuracy of ≤±0.02 mm/m. It is also supported by a Hanli water chiller, a 50 kVA voltage stabilizer, and a closed‑cavity dust extraction and ventilation system. Electrical components are sourced from renowned brands like Schneider and SMC, ensuring stable and reliable operation throughout the entire machine.
 

It delivers powerful cutting performance, enabling high‑quality cuts in 0.5–25 mm carbon steel, 0.5–20 mm stainless steel, and 0.5–16 mm aluminum alloy, while also handling a wide range of sheet materials, including galvanized steel, silicon steel, titanium alloy, and manganese alloy.

For the prototyping of new textile machinery products, there is no need to incur time‑consuming costs associated with fabricating drilling jigs; instead, laser direct‑processing is used to create drilling and marking templates, significantly shortening the new‑product development cycle and enhancing process flexibility. The system delivers fast cutting speeds, produces smooth, burr‑free cuts, minimizes thermal deformation of workpieces, and often eliminates the need for secondary grinding in most applications. With low overall power consumption, no reflective optics required, and simplified optical‑path alignment, it also features straightforward post‑operational maintenance, resulting in a total cost of ownership that is far lower than that of conventional CO₂ laser equipment.

In addition to cutting sheet metal parts for textile machinery, this equipment is also widely used in industries such as electrical cabinets, kitchen and bathroom hardware, elevators, medical devices, and advertising metal products, seamlessly supporting both mass production and the prototyping of custom‑shaped components. In response to the textile industry’s rapidly evolving styles and fragmented order landscape, the machine’s digital programming allows for swift product changeovers without the need to swap tooling, enabling rapid adaptation to personalized production demands. Amid the wave of smart manufacturing, the textile sector continues to accelerate its process upgrades.

The Horizon Laser 3015 6000W fiber laser cutting machine, with its scientifically sound hardware configuration, stable machining performance, and outstanding cost-effectiveness, provides reliable equipment for textile machinery manufacturers and a wide range of sheet-metal processing enterprises, helping them reduce costs, boost efficiency, and drive the digital transformation and upgrading of the textile equipment manufacturing industry.