Shanghai's end-pumped laser marking machine that can be used for marking and engraving transparent rubber parts

雕刻范围：

100*100

雕刻精度：

0.002mm

Processing customization is
Brand Shanghai Hanyu Optoelectronics
Model Shanghai Hanyu Optoelectronics
Printing speed
Adjustable printing range
Printing depth
Printing height according to laser Determined by focal length
Type of laser coding machine
Printing direction one-way printing
Applicable to any workpiece
Air source pressure
Weight
Overall dimensions
Semi-automatic degree of automation
After-sales service, the whole machine can be guaranteed for free for one year


End-pumped laser marking machine series introduction
Working principle

The semiconductor marking machine directly introduces the semiconductor pump light from the end face of the laser crystal, and outputs the laser through the optical lens group, which greatly improves the light conversion efficiency. The end face laser has better laser quality than the side laser, and the laser mode is excellent. , faster processing speed
Product Features

Using imported semiconductor laser, it has small light spot, high marking precision, stable and reliable marking, fast speed, standard effect, easy debugging, and high power Low, low processing cost, can meet the full load operation of continuous hours
Product advantages
The semiconductor end face laser marking system is integrated with the latest German end face laser. The system uses German galvanometers and imported software to perfectly match, and adopts optimized The air-cooling method makes the equipment stable and reliable, with excellent laser mode and excellent peak power. It is the current high-level semiconductor laser equipment in China
Product Application
Metals, alloys and oxides, epoxy resins, Ink, etc., are widely used in electronic components, electrical appliances, jewelry, communication products, plastic buttons, translucent button instruments, integrated circuits and other industries. It is more suitable for occasions with higher requirements on precision, speed and special electronic materials.

Model

Maximum laser efficacy



Maximum adjustable laser efficacy


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Laser wavelength
Beam quality



Minimum modulated laser pulse width



Adjustment frequency

Marking range
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Optional line speed
* * *
Minimum line width

Minimum Character
Repeat accuracy
Machine power consumption

Power demand