Product introduction

The new eighth generation ultra-high power laser cutting machine integrates the performance advantages of ultra-high power, ultra-high precision, super stability, intelligent operating system, convenience and efficiency, and has become a laser solution expert to solve the pain points of the industry.

The eighth generation G series products have a number of patented technologies, such as hollow structure machine tool, boneless worktable structure, time-sharing, zoning and segmented dust extraction structure, cutting head double cooling structure technology and so on. The cutting efficiency is higher and the thick plate cutting is more stable.

The new generation of qh.spac intelligent cutting system has more perfect and intelligent functions and more flexible operation, which further improves the speed and efficiency of leapfrog function. It integrates fast intelligent perforation mode and fast intelligent knife collection mode, and is configured with the latest generation of expert process database of QUICK LASER, which is more convenient to use. At the same time, the convenient industrial intelligent interface, intelligent remote cloud interface and transportation diagnosis mode make the production operation more convenient.

  • Ultra-high Power Fiber Laser Cutting Machines—G Series
    QH.SPAC Intelligent system
    The independent research and development of qh.spac intelligent cutting system makes the function more perfect and intelligent, further improves the speed and efficiency of leapfrog function, integrates fast and intelligent perforation mode and fast and intelligent knife retraction mode, the system runs smoothly and has high efficiency, and can realize high-speed stable control above 200m / min and 0.1mm ultra-precision cutting control.
  • Ultra-high Power Fiber Laser Cutting Machines—G Series
    Q-x3 ultra high power intelligent cutting head
    The cavity structure independently developed and designed, the most advanced optical design in the world, and the subversive air flow control design conducted by the domestic first-class cavity air flow design team, resulting in better cutting efficiency and quality.