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

Description

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.