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Fiber optic 3D laser marking machine | Latec Technology Co., Ltd
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Laser engraving machine

Fiber optic 3D laser marking machine

3D laser marking is a method of processing curved surfaces and height differences using laser. The requirements for surface flatness of processed objects have been greatly reduced, and more processing effects can be achieved. Three-dimensional objects can be accurately carved without deformation, and flat workpieces can also be carved with relief effects!
Apply material:
Aluminum alloys, hardware materials, electronic parts, various knives, stainless steel, hand tools, plastics, bicycle parts, automobile and motorcycle parts, etc.
Optional equipment:
XY axis, rotation axis, can support online flight engraving, can support split-image engraving

Engraved finished product

光纖3D工件雕刻_工作區域 1

3D workpiece engraving

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Plane relief

Product advantages

High and low surface engraving

It can realize the marking of the next molding when the processed object has a height difference. Even on the slope, the consistency of the processing can be maintained, making the processed content less prone to deformation and color difference.

Surface engraving

3D marking can change the laser focus and laser beam position. Cylindrical marking within a certain arc can be completed at one time, greatly improving processing efficiency.

High and wide applicability​

Laser marking machines can flexibly handle various marking needs such as LOGO, batch numbers, text, graphics, serial numbers, serial numbers, and two-dimensional barcodes, and are an ideal alternative to traditional inkjet coding systems.

The interface is intuitive and easy to operate​

The intuitive design not only improves operational efficiency, but also significantly shortens training time, allowing employees to get started quickly, thereby increasing overall productivity.

Technical parameters

2

Output power

Engraving range

Engraving speed

Laser diameter

Cooling method

Z-axis travel

20W~200W

100~1200mm²

3000mm/s

Depends on the engraving range

Depends on the light source

Depends on customer needs

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