service

Guarantee

1.  Guarantee one year excluding consumable parts.

2.  We apply you the vulnerable parts at cost price all the time.

3.  Whole life maintenance.Damage caused by improper use or natural disaster,or the machine is beyond guarantee ,the cost will be charged.

Maintenance of the marking machine

1.  Guarantee one year excluding consumable parts.

2.  We apply you the vulnerable parts at cost price all the time.

3.  Whole life maintenance.Damage caused by improper use or natural disaster,or the machine is beyond guarantee ,the cost will be charged.

Marking machine troubleshooting

No laser extraction
If there is open circuit on the signal cable between board card and drivers, replace or re-weld it.
If the light route is not proper, re-adjust it.
If the krypton lamp is problematic, replace it.
If the operation system or the computer is problematic, re-install the OS or replace the computer.

Working principle

CO2 laser galvanometer marking machine utilize the CO2 as the working medium.CO2 laser put high voltage on the pole while CO2 and other assistant gas be pushing into the discharge tube.Later,in the discharge tube will appear glow discharging.After expanding the energy of 10.64um wavelength laser which is released from the gas,scanning by the galvanometer,focusing by the T-Theta lens,the machine can work on the workpiece to mark pictures,words,numbers,lines as you wish under the control 

Laser Description

With so many options on laser marking systems available today it is not surprising that many people get confused with which is the most suitable to their application. Many people don’t even know that the term “laser”, is actually an acronym – Light amplification by stimulated emission of radiation – which explains the process by which a laser beam is created. The basic theory of this is simple. A gain medium (the material that is used to create the laser light), is excited using either light or electrical energy to generate photons (the laser light). All of this is happening in a closed cavity, with a completely reflective mirror at one end, and a semi reflective one at the other. When the light bouncing around inside gains enough energy, it