● Very low operating cost, good stability and strong adaptability.
● Double-drive gantry structure, equipped with high-torque precision reducer, high precision, reasonable inertia and torque ratio, ensuring stable operation of the machine tool;
●The fiber laser adopts semiconductor modular and redundant design and works continuously 24 hours a day to meet the requirements of industrial continuous production.
● Fiber laser uses the rare element ytterbium as the luminescent material, with an electro-optical conversion rate of up to 35%, making it more low-carbon and economical.

Modular assembly, the worktable is fully separated from the machine bed, avoiding the thermal effects of high power laser cutting and avoiding shocks and vibrations during loading and unloading.

● It adopts high-rigidity and large-section structure, and the steel plate is bent and inlaid and welded. After optimization by finite element analysis (FEA), the internal horizontal and vertical are inlaid with welded ribs;
● Using high-quality steel, annealed, rough machined, vibration aged, finished with Japanese Mitsubishi machine tool, and finally precision butted.
● Thus ultimately ensuring a very high precision.

Emergency stop button switches are installed in prominent positions on both sides of the crossbeam, and mechanical switches are used to control the travel of each axis at both ends. At the same time, buffer devices are used to effectively ensure the safety of machine tool movement.

● When the format width is below 4.5m, high-rigidity extruded beam is adopted, optimized by finite element analysis, the inner cavity is designed to effectively disperse internal and external stress, which is lighter and performances better dynamic.
● The connection between beam and pallet is an adaptive telescopic structure, guaranteeing the long-time cutting stability in different circumstances.

The automatic anti-backlash structure are equipped on the left and right sides of the slide of the X-axis to ensure the correct engagement of the gear and rack. This structure solves the problem of transmission accuracy for long runs over long and wide widths, ensuring more precise transmission accuracy over long distances.