Views: 75 Author: Site Editor Publish Time: 08-03-2023 Origin: Site
With the transformation and upgrade demands in areas like rail transportation, construction machinery, large shipbuilding, and steel structures, the manufacturing needs for large equipment and plates have been booming, leading to a growing market for ultra-large plate processing and cutting.
Traditionally, metal plate cutting largely relied on flame cutting and plasma cutting. Due to limited precision, particularly when dealing with special materials requiring high standards such as ship decks, hulls, and material manufacturing, conventional cutting equipment could no longer meet the increasing demands. In recent years, however, laser processing technology has been extensively integrated into various industrial productions. A significant number of industries have chosen laser processing during their upgrade phases, especially within the steel structure production industry, offering more expansive opportunities and avenues for innovation and exploration with ultra-large lasers.
The shift in steel structure applications has surged the demand for medium and thick plate cutting equipment, rapidly pushing the market towards high-tech fiber laser cutting machines. Research indicates that large-scale track-based laser cutting machines have significantly surpassed conventional medium and thick plate cutting devices in their penetration within the arch structure industry and are still on the rise.
Leapion Laser's sales data for metal cutting equipment in the first half of 2022-2023 indicates that the adoption rate of track-based, large-scale fiber laser cutting machines in the steel structure industry has exceeded 70%. Evidently, these machines have become the darling of the steel structure manufacturing industry. But why have so many steel structure enterprises preferred these machines? The primary reason is their outstanding performance. Let's delve into the specifics:
Traditional cutting methods present several limitations:
1.Conventional cutting methods, like water jet, flame, and plasma, have restrictions in thickness and precision. The result of medium and thick plate cutting is often subpar, requiring secondary processing.
2.The cutting range of conventional methods is confined. When a piece exceeds a certain size, it necessitates separate cutting, making the comprehensive processing of extremely long or large parts inefficient.
3.Conventional cutting produces harmful gases like smoke and dust, often failing to meet environmental standards. This poses safety hazards for operators and can result in additional labor and resources due to failed inspections.
Leapion Laser's self-developed GR series track-based large-scale laser cutting machine has efficiently addressed the shortcomings of traditional methods:
1.Utilizing a track-based segmented bed, it ensures cutting precision. Depending on the demand, different processing widths can be customized, allowing the cutting of exceptionally long and large materials.
2.The equipment incorporates a segmented exhaust system, ensuring precise and safe smoke extraction. With a moving crossbeam, respective sections are activated for effective ventilation.
3.The machine comes with an ultra-large working table. Customized lengths for processing can be configured, enabling the cutting of extremely large materials and comprehensive processing of long components. This also minimizes the spatial constraints during transportation and installation.
Furthermore, Leapion Laser's GR series track-based ultra-large laser cutting machine, after optimization, boasts enhanced cutting capabilities. It ensures intelligent cutting of medium and thick plates, saving time and materials. With high power, high configuration, and efficiency, it effortlessly handles long and thick plates, ensuring maximum efficiency and top-notch cutting quality.
In conclusion, the track-based ultra-large laser cutting machine boasts advantages like comprehensive cutting of large workpieces, high production capacity, short production cycles, excellent cutting quality, deformation-free processing, automation, a clean and efficient work environment, and high efficiency. Industries such as steel structures, shipbuilding, automotive body manufacturing, mining machinery, rail transportation, tower manufacturing, and agricultural equipment are in dire need of such cutting equipment to meet their vast and efficient production demands. Given these factors, it's safe to say that track-based ultra-large laser cutting machines have indeed made a significant mark in the steel structure industry!
