Laser power: 10W, 20W.30W 1064nm wavelength laser printing depth: ≤0.5mm adjustable depending on the material carving range: 50mm × 50mm / 300mm × 300mm automation: automatic beam quality m ≤ 2 laser repetition frequency 20KHz-100KHz Engraving line speed ≤ 7000mm / s minimum character 0.15mm repeatability ± 0.001mm Power consumed ≤500W power AC220 50Hz 10A Air Cooling laser module life 100000h (h) Product Features: UV laser wave length, smaller focused spot, are cold, small heat affected. 1. good beam quality, a smaller focused spot, to achieve ultra-fine mark; 2. Most materials can absorb UV laser, and thus a wider range of applications; 3. minimal heat affected zone, will not produce thermal effects, does not produce charred material issue; 4. non-polluting, non-toxic, marking speed, high efficiency; 5. stable machine performance, low power consumption. Applicable industry: Mainly used for a variety of glass, marking and surface treatment TFT, LCD, plasma screens, textiles, thin ceramic, silicon chip, IC crystal, sapphire, polymer films and other materials. Model Description: Fiber laser marking machine I use today by the world's most advanced laser technology, developed from the third generation of laser marking systems. Using fiber laser output laser, and then the ultra-high-speed scanning galvanometer marking system implementation capabilities, high-fiber laser marking Electrical and optical conversion efficiency, the use of air cooling, compact machine, good beam quality, high reliability, ultra long operating life, energy saving, can be carved metal materials and some non-metallic materials, mainly applied to the depth, smoothness, finesse higher areas, such as mobile phones stainless steel decorative pieces, watches, mold, IC, mobile phone keypad, etc. industry, bitmap marking, in metal, plastic and other surfaces marked carve beautiful pictures, and the marking speed is the traditional first generation lamp-pumped marking machine, marking the second-generation semiconductor 3 to 12 times . Rationale: computer-controlled high energy density of the laser beam focused by a predetermined trajectory in the role of mechanical parts, electronic components, instruments and other surface markers need to be, so that the surface material to reach the instantaneous vaporization or chemical change alters the color, engraved erosion of a certain depth or color of text, graphics, etc., so as to leave a permanent mark on the workpiece surface. Applications: used in electronic components, integrated circuits (IC), electrical appliances, mobile communications, hardware, tools, accessories, precision instruments, eyeglasses and clocks, jewelry, auto parts, plastic buttons, building materials, PVC pipe, medical equipment, etc. industry. Application materials include: ordinary metals and alloys (iron, copper, aluminum, magnesium, zinc and all other metals), rare metals and alloys (gold, silver, titanium), metal oxides (metal oxide may be), special surface treatment (phosphate, aluminum anodizing, plating surface), ABS material (shell appliances, daily necessities), ink (translucent keys, printing products), epoxy resin (packaging, insulation layer electronic components) bearing / chip / faucet / ring / frames / piston / crafts / souvenirs / mobile phone keypad / Watches / stainless steel cutlery / drill / carbide tools / stainless steel mug / electrical panels / disk / U disk / computer keyboard / battery. Advantages: laser marking technology as a modern sophisticated processing methods, compared with corrosion, electrical discharge machining, mechanical characterization, printing and other traditional processing methods, with unparalleled advantages: 1. Laser processing means to do, and not between the workpiece machining force, with no contact, no cutting force, the advantages of small thermal influence, to ensure the accuracy of the original workpiece. Meanwhile, wide adaptability of materials, you can create a variety of materials on the surface of a very fine marks and durability is very good; 2. Spatial and temporal controllability laser good controllability, the processing of the object material, shape, size and processing environment of freedom are large, especially for automated processing and special surface processing. And flexible processing methods, can meet the needs of both the individual laboratory-style design, but also to meet the requirements of industrial mass production; 3. Laser scribing fine lines can reach millimeters to microns, using laser marking technology to produce counterfeit mark and are very difficult to change, for product security is extremely important; 4. Laser processing systems and computer numerical control technology combined to form highly efficient automated processing equipment, you can play a variety of characters, symbols and patterns, easy to use software design pattern marking, change tag content, to adapt to modern production of high efficiency, fast-paced requirements; 5 . Laser processing is no pollution, is a clean and pollution-free high environmental processing technology; quality and after-sales service: Fiber laser marking machine series models GZ-GQ101 GZ-GQ201 power 10W 20W laser wavelength 1060nm repetition frequency 0-100KHZ beam quality < 2 Marking scope 30mm / 30mm-300mm / 300mm engraving engraving depth ≤0.4mm line speed ≤7000mm / s minimum line width 0.01mm 0.15mm minimum character Repeat accuracy ± 0.002 single-phase AC power supply 90-260V / 50Hz-60Hz whole machine consumes 500W Total Weight <27kg OS Win98 / Win2000 / WinXP Cooling Air cooling control interface standard USB file format WINDOWS operating system fonts all fonts / font