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LXLA-20M Desktop Fiber Laser Marking Machine

LXLA-20M Desktop Fiber Laser Marking Machine

LXLA-20M Desktop Fiber Laser Marking Machine

Appearance overall size(MM)
750 mm×600mm×1400mm
Working voltage/frequency
Product net weight(kg)
Place of origin
Shenzhen, Guangdong, China
Standard export wooden case
Payment terms
Paypal or T/T
Lead time
Within 7 days
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                                                                       Desktop Fiber Laser Marking Machine

                                                    PRODUCT PARAMETERS    

Laser Power (W)30
Laser Wavelength (nm)1064
Marking Area (mm)110mm x 110mm
Optional Marking Area (mm)210mm x 210mm / 310mm x 310mm
Laser Marking Depth 
2mm (Depends on material and marking time)
Laser Marking Speed (mm/s)


Minimum Line Width (mm)0.01
Minimum Character  (mm)0.15
Repeated Precision (mm)


Life-span of Fiber Laser Marking 100,000hours
Beam Quality
Focus Spot Diameter (mm)


Output Power of Laser
10%~100% continuously to be adjusted.
System Operation Environment Win7 (32bits) / Win8 (32bits) 
Cooling ModeBulit-in fan Air cooling
Power input 220V-50HZ (single phase)
Laser Marking software EzCad professional marking software, support 6 languages
Dimensions (mm)
700mm x 600mm x 1400mm
Weight (Kg)30Kg



The desktop fiber laser marking machine is the third generation laser marker 

system. It adopts optical fiber laser to output laser and realizes marking function 

through high speed scanning galvanometer system. The fiber-optic laser marker 

features high electro optic conversion efficiency, air cooling, small size, materials 

and widely used in the fields that have high requirement on depth, smoothness and 

fine, such as stainless mobile phone overlay, clock and watch ,mould, IC, mobile 

phone keypad, etc. Bit map marking can carve beautiful pictures on the surfaces of 

metal and plastic, and the marking speed is 3-12 times of the speed of traditional 

first generation lamp pump marker and second generation semiconductor marker. 

Fiber optic is used to output laser, featuring high electro optic conversion efficiency, 

small size and high light beam quality.


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