MT-3D series 3D laser marking machine adopts imported core components, it is equipped with high-speed, high precision 3D galvo scanner, and our self-developed 3D specified software and control system. These high-quality configurations ensure the system can make ultra-fine processing on any curved surface parts.
The machine will not deviate the focal point when working, it can real-time trace the deep-curved focuses. This makes the machines' efficiency and performance much better than the traditional 2D fiber laser marking machine. It totally breaks the traditional 2D marking model. The machine open up a new mode of 3D marking on oblique planes, segment gaps, cylinders, circular cones, spherical surfaces and extruded surfaces.
The 3D machine perfectly realizes laser marking on work-pieces exactly the same as graphics, effectively avoiding deformation like stretch or slope.
It makes the engraved patterns more closed to the original graphics, even the border can be marked perfectly, and the marking on each place of work-piece is very even and clear.
The software of the 3D laser machine is powerful, it can import various kinds of graphics format of mainstream 3D design software. The software itself can edit some simple 3D graphics, and it has the function of transforming 2D graphics into 3D ones, the operation is very easy.
The machine full realizes the real 3D laser marking, it lead a new era of laser processing.
Model
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MT-F30-3D
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MT-F50-3D
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MT-F100-3D
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Laser Power
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30w
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50w
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100w
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Marking area
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110x110x80mm (Can be extended to 600x600mm)
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Marking Style
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XYZ 3D System
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Wavelength
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1064nm
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Min. Width
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0.03mm
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Marking Speed
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≤10000mm/s
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Cooling Mode
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Air cooled
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Voltage
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AC 110V/220V Optional / 50-60Hz
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Gross Power
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≤1000W(not included extra device)
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Environment Requirements
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Temperature 10-35℃ / Humidity 5-75%
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1. Subvert traditional 2D marking mode. It can engrave many different 3D shapes, for example: slope, cylinder, cone, ball, and so on.
2. Equipped with the advanced 3D galvanometer scanner, within 0~60mm height, it could generate very precise laser spot. It could mark on the 3D curved surface, and the marking quality is uniform within the scope (0~60mm height).
3. Perfectly present target graphics on work pieces, avoid deforming such as elongation, slope.
4. The border won't be "ignored". Everywhere is marked uniformly
5. The marking software could import chart exported from the mainstream 3D software, and edit those charts in simple way, easy for operators.
6. It adopts marble platform, improve the smoothness, stabilization and anti-seismic property of the whole machine.
3D Fiber Laser Metal Engraving Machine Detail Image