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Fiber Laser Marking Machine for Metal Medical Devices Electrical Component Stainless Steel

Price $1380.00
Min Order 1 Piece
Availability In Stock
Shipping From Zhejiang, China
Popularity 491 people viewed
Laser Visibility:
Invisible
Applicable Material:
Metal
Cooling System:
Air Cooling
Technical Class:
Continuous Wave Laser
Laser Wavelength:
Fiber Laser
Laser Classification:
Free Electron Laser
Type:
Optical Fiber Laser Marking Machine
Marking Method:
Scanning Marking
Wavelength:
1064nm
Laser Type:
Impulse
Modulating Frequency:
15kHz-100kHz
Tagged Speed:
7000mm/S
Minimum Character:
0.01mm
Product Size:
1003mm*900mm*1400mm
Trademark:
YongSheng
Transport Package:
Smoked Wooden Box
Specification:
0.9
Origin:
Ningbo
Product Description
Yongzheng series fiber laser marking machine is a new generation of laser marking machine system developed by our company using advanced laser technology in the world. The laser is output by a fiber laser, and the marking function is realized by a high-speed scanning galvanometer system. The optical system adopts a fully enclosed structure, double red light focusing, good light speed and fine lines. The device can be marked with metal and a variety of non-metals, suitable for some materials that require more precision, higher precision and depth.
dely used in hardware products, tool accessories,precision instruments, glasses and clocks, jewelry, auto pa plastic buttons, building materials, food,pharmaceuticals,electronic components, integrated circuits (IC),elect appliances,mobile communications,PVC pipe , sanitary ware and other industries.
The 3D laser marking machine adopts advanced pre-focusing mode, and has more dynam
ic focusing seat, which adopts the principle of light, similar to the working principle of candle imaging. By means of software control and moving dynamic focusing mirror, the laser beam can be expanded to change the focal length of the laser beam before it is focused. The front-focusing optical mode used in 3D marking uses larger x-and Y-axis deflection lenses, so it can allow larger laser spot, better focusing accuracy and better energy effect; If 3D marking and 2D marking in the same focus precision work, can mark the range can be larger.
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