Mini Laser Portable 20W 30W 50W Raycus Max Ipg Metal Fiber CO2 UV Laser laser Marking Engraving Marker Machine Engraver Price

Product Description

Note: This quotation is only for the machine deposit price. Please contact the salesperson for details.
 

Product Description

Specification

Note: The link quoted is model 20QS

Laser type	split fiber laser marking machine
Laser power	10w, 20w, 30w, 50w (optional)
Laser wavelength	1064±3
Beam quality	<1.6
Laser jump Q frequency	20kHz-80kHz
Working format	optional (110*110, 150*150, 300*300) mm
Marking depth	≤1
Machine power	≥600w
Minimum line width	0.01mm
Minimum character	0.15mm
Repeatability	±0.0001mm
Scanning speed	8000mm/s
Output power	10%-100% adjustable
Service life	100,000 hours
Compatible system	Windows
Data input	USB
File format	AI, BMP, DST, DWG, DXF, DXP, LAS, PLT, etc.
Input voltage	AC220+10%50HZ/AC110+10%60Hz 10A
Cooling method	air cooling
Dimensions	675*375*620mm
Bare metal weight	40.5KG
Application industry	metal materials and some non-metallic materials, electronic separation components, integrated circuits, electrical circuits, hardware, automotive accessories, plastic buttons, etc.

1. Exposing the deep layer of the substance by evaporation of the surface layer of the target substance by laser light energy;
2. The desired pattern text is "engraved" by the laser light energy causing the chemical and physical changes of the surface material;
3. Some of the substances are burned by laser light to reveal the pattern and text to be etched.
The fiber laser marking machine is mainly composed of a fiber laser, a galvanometer (marking head), a software control board, an industrial control computer, a cabinet cabinet, and a water platform for placing the workpiece.

The working principle of fiber laser marking machine:
The fiber laser is used to generate laser light and the laser is used to extract the laser and then the optical high-speed
scanning galvanometer is used for marking the workpiece. The core component is a fiber laser.
Fiber lasers use rare earth doped fibers as gain media. Due to the fineness of the fiber core in the fiber laser, the high power density is easily formed in the fiber under the action of the pump light, which causes the laser energy level of the laser working substance to "reverse the number of particles".

 

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