Principles

 

Semiconductor pump laser adopts semiconductor light-emitting diode as the energy source (excitation) of laser crystals, pumping the Nd: YAG medium  with it in the wavelength of 808nm to generate a large number of reversed particles, under the function of the Q-switch to produce giant pulse laser which wavelength is 1064nm.The electro-optical conversion rate of semiconductor laser has improved greatly compared to the lamp pump laser, which avoid using bulky auxiliary equipment resulted in high heat , poor quality of the laser beam etc.. It represents the second generation laser.

 

Features

 

1        Unique "V" shaped laser cavity, higher beam quality in the same power output.

 

2        Straight cavity semiconductor model dedicated to production lines and  automated production line equipment.

 

3        Higher Laser quality (M2 ≤ 6), smaller spot, intensified energy.

 

4        Maintenance-free designing, requires no consumables, longer average failure-free working (over 10, 000 hours)

 

5        Red light positioning system, easy to operate.

 

6        Improved cooling system, smaller size, and better effect.

 

Applications

 

1  Can mark all metals and a great many of non-metal materials.

 

2  Suitable for applications that requires high precision and accuracy in depth markings.

 

3  Widely used in electrical components, integrated chips(IC), electric appliance, communication equipments, tools, precise machinery, glass frames, clocks and watches, accessories, automotive accessories, plastic buttons, construction material, packaging, PVC pipes and medical instrument processing and manufacturing

 

 

 

Technical Parameter

 

 

(Optional multi-position indexing marking matching system)