The fiber laser marking machine uses a high-energy density laser beam to locally irradiate the surface of the workpiece to quickly vaporize or change the color of the surface material, thereby exposing the deep material, or causing the chemical and physical changes of the surface material to engrave traces, or pass laser energy burns off some of the material, showing the patterns and texts that need to be etched.

Fiber laser marking machine applicable industries: used in integrated circuit chips, electronics, electrical components, industrial bearings, clocks and watches, communication products, aerospace devices, various auto parts, home appliances, hardware tools, molds, building materials, wires and cables, food Graphic and text markings in packaging, jewelry, tobacco, military and many other fields, as well as mass production line operations.

Applicable materials for fiber laser marking machine: a variety of metals and non-metals, hard alloys, oxides, electroplating, coating materials, epoxy resins, inks, painting materials, engineering plastics, etc.

Fiber laser marking machine is a new generation of laser marking machine system developed by our company using advanced laser technology in the world. The laser is output by optical fiber, and the marking function is realized by the high-speed scanning galvanometer system. The fiber laser marking machine has high electro-optical conversion efficiency and adopts air-cooled cooling method. The whole machine is small and exquisite, the output beam quality is good, and the reliability is high. It can engrave metal materials and some non-metal materials, and is mainly used in fields that require high depth, smoothness, and fineness, such as clocks, jewelry, mold industries, and bitmap marking.

Fiber laser marking machine is the most advanced laser marking equipment in the world today. It has the characteristics of good beam quality, small size, fast speed, long working life, flexible and convenient installation, and maintenance-free. Fiber laser, the latest international model, the most reliable structure, small size, low power consumption, no high voltage, no need for a huge water cooling system (only about 300W), high beam quality, close to ideal beam, USB interface output control, optical scanning vibration Mirror, laser repetition rate is high, high speed and no distortion.

fiber laser marking machine daily maintenance：

When the machine is not working, cut off the power supply of the marking machine and the computer.

When the machine is not working, cover the scan head lens to prevent dust dirty the optical lens.

When the machine is working, the circuit is in a high-voltage state. Non-professionals should not overhaul it when it is turned on to avoid electric shock accidents.

If there is any failure of the machine, the power supply should be cut off immediately.

If the equipment is used for a long time, dust in the air will be adsorbed on the lower end surface of the focusing lens. The lighter ones will reduce the power of the laser and affect the marking effect; the more serious ones will cause the optical lens to absorb heat and overheat and cause it to burst. When the marking effect is not good, you should carefully check whether the surface of the focusing lens is contaminated.

If the surface of the focusing lens is contaminated, the focusing lens should be removed to clean the lower end surface.

Take special care when removing the focusing lens, and be careful not to damage or fall; at the same time, do not touch the surface of the focusing lens with your hands or other objects.

The cleaning method is to mix absolute ethanol (analytical grade) and ether (analytical grade) in a ratio of 3:1, use a long-fiber cotton swab or lens paper to intrude into the mixed solution, gently scrub the lower end surface of the focusing lens, and wipe each side. The cotton swab or lens paper must be replaced once.

During the working process of the marking machine, the marking machine shall not be moved to avoid damage to the machine.

Do not cover or place other items on the marking machine, so as not to affect the heat dissipation effect of the machine.