20W portable fiber laser marking machine with adjustable Z axis

Input voltage: AC220V, 50~60HZ

Frequency: 50Hz

Input power: 600W

Laser output wavelength: 1064nm

Laser power: 20W

Unsteadiness: ＜±2％

laser frequency: 20Hz～80kHz

Adjustable pulse width: 70µs～90µs

Marking area: 110mmx110mm( adjustable)

Scanning speed: (0～7000)mm/s

Marking depth: (0.01～0.6)mm (depends on the material)

Min line width: (0.1-0.2) mm (depends on the material)

Working platform lifting range: 150mm

Protections:Over-current, over-temperature, over voltage, power-cut protection

Continuous working time: ≥18hrs

Applicable Industries:

This laser marking machine is high-tech product integrated with laser, computer, automation, precise machine technology.

The marking machine adopts the methods of oscillating mirror scanning, it engraves permanent sign on various metal materials and some non-metal materials such as: stainless steel, iron, silicon, Plastic,rubber, ceramics, marble, etc.

Applicable fields:

hardware, computer fitting, communication devices, industrial bearing, electronic IC, apparatus, electron, machinery, jewelry, etc.

Fiber laser technology may lengthen the device lifetime (to compare greatly with present DPSSL), this superiority has caused to pay attention to the optical fiber laser's industry laser company to increase unceasingly in recent years throws the human, because discusses the long-term reliable work from the application stratification plane to be important. The optical fiber laser also has other superiority: Because the optical fiber laser's laser medium is in itself the guided waves medium, the calamity gathers the efficiency to be high; The optical fiber laser may conveniently and the present optical fiber transmission system highly effective connection; The core may do very much thin, can realize the high power density; Optical fiber's heat dispersion is good, therefore the optical fiber laser has the very high transfer efficiency as well as very low cuts off from the value; The optical fiber laser's output wavelength covering scope is extremely broad.