Fiber laser marking machine uses fiber laser to output laser, and
then realizes marking function through high-speed scanning
galvanometer system. Fiber laser marking has high electro-optical
conversion efficiency and adopts air-cooled cooling method. The
whole machine is small in size, good in output beam quality and
high in reliability. It can engrave metal materials, for example laser
engraving stainless steel and some non-metal materials. The fiber laser adopts an integrated
overall structure, no optical pollution and power coupling loss,
air cooling, high efficiency, long life and low maintenance
performance.
Performance characteristics
①Low power consumption, small size, the power of the whole machine
is less than 800W, and the air-cooled cooling structure makes the
equipment small, convenient to carry and transport, and greatly
reduces the transportation cost.
②The fiber laser has high electro-optical conversion rate,
maintenance-free, high stability, easy operation, and the equipment
can be used immediately. The laser adopts a sealed structure and
air cooling method, eliminating the need for maintenance by
professionals.
③It can mark barcodes, QR codes, text graphics, regular and
irregular serial numbers, etc.
④Deep carving marking, black marking and rotating marking can be
carried out.
⑤It supports multiple file formats such as PLT, AI, DXF, BMP, JPG,
etc.
⑥Can be customized according to customer needs.
Mark the logo on metals and alloys (carbon steel, stainless steel,
aluminum, copper, magnesium, zinc, etc.), rare metals and alloys
(gold, silver, titanium, etc.) and some non-metallic materials
(plastics, epoxy resins, etc.), Characters, serial numbers,
barcodes, QR codes, etc.
Applicable products and industries: electronic components,
integrated circuits (IC), electrical appliances, mobile
communications, plastic buttons, colored paper, food packaging,
clocks, molds, seals, bearings, auto parts, hardware products, tool
accessories, building materials , PVC pipe, etc. It is also
suitable for special surface treatment (phosphating, aluminum
anodization, electroplating surface, surface oxygen breaking of
aluminum-magnesium alloy)
