Product Main

Specifications

Working principle features:

Semiconductor(DP) series side-pump laser marking machine adopts the internationa; Advanced laser technology, uses semiconductor diodeof wavelength 808nm and ND: YAG medium, the medium produces a large number of inversion population efficiency, small volume and low energy consumption.

Key parts of this series marking machine are imported with original package, which guarantees marking accuracy, high speed, and stable performances, enables the marking machine to work uninterruptedly for a long time. When comparting with traditional lamp pump marking machine, it had advantages of wider range of application, easier to coodinate with various production lines, and realizing on line marking.

The marking machine software is appliance for XP system, is featured with simple operation and complete functions, and compatible with AUTOCAD, CORELDRAW, PHOTOSHOP and other file formats such as PLT, DXF, BMP, JPG and can direct use the TTF word stock.

Scope of application:
This series of marking machines can be used to mark exquisite character pattern on metallic and many non-metallic materials at high speed, are widely applied to marking works of bar code, characters, lot number, graph, date, encoding, serial number, involving industries like electronic product, auto parts, communication product, sanitary ware, lighter, rubber, ceramic, jewel, electrical equipment, tableware, tool, lockset, hardware tool, etc.
 
Technical Parameters
 
Parameters/Model
DP(50W)
DP(75W)
DP(100W)
Max.laser power
50W
75W
100W
Laser wavelength
1064nm
1064nm
1064nm
Laser beam quality square meter
<6
<6
<6
Frequency of switch mold
≤50Khz
≤50Khz
≤50Khz
Marking range
100mm*100mm
175mm*175mm
100mm*100mm
175mm*175mm
100mm*100mm
Marking depth
0.3mm
0.6mm
2.0mm
Marking speed
<9000mm/s
<9000mm/s
<7000mm/s
Min.line width
0.1mm
0.15mm
0.15mm
Min.character
0.3mm
0.4mm
0.4mm
Re-character
±0.002
±0.002mm
±0.002mm
Holistic power
1.5KW
1.5KW
1.8Kw
Power supply
AC220V/50HZ/10A
AC220V/50HZ/10A
AC220V/50HZ/16A
Cooling method
Water
Water
Water