Fiber Laser Marking Machine for Jewellery Marking Tools

Fiber laser marking machine on metal and non-metal:

The fiber laser marking machine is the third generation laser marker system developed by our company with the most advanced technology in the world. Fiber laser marking machine uses optical fiber laser to output laser and realizes marking function through high speed scanning galvanometer system. The fiber laser marking machine features high electro optic conversion efficiency, air cooling, small size, high quality output beam, high reliability, long service life and energy saving. Fiber laser marking machine can carve metal materials and certain nonmetal materials

Fiber laser marking machine is widely used in fields that have high requirement on depth, smoothness and fine, such as stainless steel mobile phone overlay, clock and watch, mould, IC, mobile phone keypad, etc. Bit map marking can carve beautiful pictures on the surfaces of metal and plastic, and the marking speed is 3-12 times of the speed of traditional first generation lamp pump marker and second generation semiconductor marker.

Fiber laser marking machine Feature:
Fiver optic laser is used to output laser, featuring high electro optic conversion efficiency, small size and high light beam quality.

Fiber laser marking machine Application:
Fiber laser marking machine is widely used in fields that have high requirement on depth, smoothness and fine, such as clock and watch, mould, bitmap marking, etc.
Such as Metal Laser Marking Machine, Stainless Steel Laser Marking Machine, Electronic Parts Laser Marking Machine, Medical Equipment Marking Machine, High Speed Laser Marking Machine, CE FDA Approved Laser Marker, High Efficiency Laser Marking Machine, Sensor Laser Marking Machine, Mobile Keyboard Laser Marking Machine, Computer Keyboard Laser Marking Machine and so on

Warranty: We guarantee for one (1) year including all parts replacement.

QC: For Fiber Laser Marking Machine, We provide quality control testing and analysis for each product line.