Superwave Laser Technology Co.,Ltd is a professional China custom made laser marking & engraving machine manufacturer, with professional factory we are always able to offer you discount custom made laser marking & engraving machine with reliable quality.

Diode Pump  Deep  Laser  Engraver

Mainly used in mould, metal products deep engraving. The max engraving deep is 1.5mm(SS materials). Stable function of the wholesystem, small size and low consumption.

Mobile Laser Marking System

Mobile  laser  marking  system, using  the  optical  and  electrical and  control  part  of  the  integration  of  design, Equipment  is  equipped  with  castor  and  feet  at  the  bottom  of  the  cup ,it  is  convenient  mobile  fixed  easily  implementing  online marking, marking  for  large  workpiece, don’t  have  to  move  the  workpiece, laser head  can  be  at  any  Angle, easy  to  focus. Optional  Diode  pump  laser  marker, optical  Co2  laser  marker, or fiber laser marker.

3D  Dynnamic  Leather CO2  Laser  Marking  & Engravering  Machine

Special  leather  shoes  material  engraving  software, easy  to operate, easy  to  learn  software  integration  data  optimization function, greatly  saves  the  processtakes  time, improve  work  efficiency. Adopt  imported  metal  encapsulation  CO2  laser  source, beam  quality  is  good, power  strong. Closed  optical  path  design, no  need  to  adjust, out-of-the-box. Can  achieve  80×800mm single  largest  surface  marking, widely  used  in  all  kinds  of  leather  marking, and engraving.

Online  Flying Laser  Marking  System

Mainly  used  in  pharmaceutical, food  packaging  cigarettes  play  yards, liquor  industry, mineral  water, daily-use  cosmetics, wire  and  cable, subscription, etc  all  kinds  of  lines.

3D Laser Marking Machine

With the first-class marking technology, it can work on sculptured surface without defocus. Configured with specialized 3D vibrating mirror, the 3D dynamic laser marking can control the software  and hardware, and the laser beam can mark on arbitrary 3D sculptured surface.