60W 80W 100W 3D Dynamic Fiber Laser Engraver 3D MOPA Fiber Laser Marking Machine


YDFLP-M7-M-R JPT MOPA M7, 200*200mm Engraving Field(FEELTEK 3D Galvo), Lenmark Software. Wavelength: 1064nm; Different Steps, Cone Surface, Slope Surface Marking

60GS-3D/80GS-3D/100GS-3D , ,

Product Parameters:

  • Laser Source: 60W/80W/100W JPT MOPA M7
  • Marking Area: 100*100mm(4*4in)/200*200mm(8*8in) optional
  • Repetition Rate: 1-4000kHz
  • Pulse Duration: 2-500ns
  • Output Power Adjustment Range: 10%-100%
  • Marking Speed: ≤ 7m/s(275.6in/s)
  • Engraving Depth: ≤1.2mm(0.008in)/1.5mm(0.016in)/2.0mm(0.039in)
  • Minimum Line Width: 0.01mm(0.0004in) Depends on the material
  • Minimum Character: 0.2mm(0.0008in)
  • Electrical Requirements:110V-240V/50Hz-60Hz(According to local electricity supply)
  • Power Consumption: 1200W/1300W/1500W
  • Marking Interface: USB connection, Compatible with Windows XP/Vista/7/8/10
  • Communication Mode for Automation: TCP/IP, IO, RS232
  • Marking Content: barcodes, serial numbers, text, vector and logos
  • Red Dot Pointer: Since the laser beam is incisible, the red dot pointer allows you to have a visual reference for locating where the laser will fire.

Features and Advantages:

  • Adopted advanced optical design scheme, it is characterized by small light loss, small volume, high positioning accuracy, fast marking speed and strong anti-interference ability, etc.
  • It is suitable for laser fine processing of various large surface, complex surface and deep carving.
  • High speed system, meets above 3000mm/s precision hatch speed. Maximum marking height up to 80mm@200*200mm
  • Maximum scan field up to 200*200mm, meets large scan field engraving requirements. (300*300mm/400*400mm optional)
  • precisely control the focal length position of laser marking machine, automatically adjust Z-axis for 3D deep marking process, keep the spot size to minimum, ensure the uniform graphic effect after marking on the object.
  • Adopted lenmark 3D software system(MM3D Optional) to support various file formats, vector, bitmap and text bar code import, which is easy to learn and operate.
  • Built-in concave and convex circular tube, concave and convex sphere, slope, cone, polygon and other basic models, the operator can easily and rapidly set the marking.
  • 3D models can be imported; 2D graphics can be directly cladded or projected on built-in curve surface.
  • The whole system adopted the optimization designing of electromagnetic compatibility, with high signal-to-noise ratio and strong anti-interference ability.
  • Precision optical adjustment. The optical adjuster could solve the common difficulty of adjustment from QCS interface optical offset. Once adjusted, accurate to the central point.
  • Compact design, easy for integration. Integrated structure, dust prevention, and shielding design without space limiation, very easy to integrate.
  • Easy to switch work field. The adjustment knob is used to switch between different work fields without replacing any parts.
  • 3D control, multiple complicated surface processing. Different steps, cylinder surface, cone surface, slope surface, etc.
  • Duble driving Z axis dynamic focus module design, reponse frequency 100Hz@±10°
  • The special quick-inserting optical bench can achieve light path adjustment and installation in fast way.
  • The dynamic focus control technology, breaks the limitation of traditional marking, and can do distortion marking in the large-scale surface, 3D surface, steps, cone surface, slope surface, and other objects.
  • Engraving. The dynamic axis collaborates with the XY axis scannhead, can easily layered relief, deep carving and texture etching.
  • High precision. With the increasing processing layer, the dynamic focus axis jointly adjusts the focal length and spot in real-time to encuse that the focus spot controllable during te whole processing process, which can adcieve higher accuracy compared with traditional scanhead.
  • High Efficiency. The dynamic axis is fully coordinated with the XY axis, and the hierarchical focus compensation is completed with miroseconds with a more efficient job.
  • Multiple applicable environments. Without the extra moving platform, the dynamic focus system can achieve accurate 3D marking, engraving and other laser applications.
  • Suitable material: brass, carbon steel, mold steel, stainless steel, SIC etc.


60GS-3D, 80GS-3D, 100GS-3D