
New appearance design, performance is improved, as the international level of a new generation of high-speed optical fiber laser cutting machine. Gantry double drive lathe bed structure, high strength aluminum alloy beam, high efficient automatic switching workbench, production capacity. Ultra high speed cutting of sheet, plate efficiency in processing, metal material processing universality. Advanced laser technology and the advanced digital control technology depth fusion, humanized interface parameters and cutting experts library comprehensive upgrade.
German SIMENS 840 DSL, pick up a new generation network architecture drive system.
Ethernet, USB, RS232, Profibus communication interface, which can realize the factory network, information monitoring and remote diagnosis machine tool, and other functions.
Powerful, supporting the laser power control, flight cutting and leapfrog, automatic breakpoint back, edge, hole processing, cutting head servo control, etc.
All the BPP constant power range, good beam quality, small light spot.
More than 30% of electro-optical conversion efficiency.
Modular design "plug and play".
Compact bodies, strong, installation is convenient.
German brand, stable, efficient and safe.
At the same time of optimal cutting quality, achieve the ideal cutting speed.
Lasermatic distance sensor, servo efficiency and precision.
German/Japanese international first-class brand.
High strength, low noise, long service life.
High positioning accuracy, good synchronization performance.
Aviation aluminum alloy high strength beam, extremely low distortion.
By the finite element analysis optimization of high rigidity, lightweight design.
High speed, good dynamic response, fast acceleration.
The Z axis cutting head collision safety design.
Steel structure welding lathe bed, whole annealing to eliminate internal stress, good rigidity, stable deformation.
Imported large numerical control equipment, beyond the design standard of precision.
Dust system design for dual channel partition, exhaust effect is better.