GGJG-600G high-end precision fiber laser marking machine

Equipment model
High-end precision fiber laser marking machine
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Structure composition and working principle
The high-end precision fiber laser marking machine was first launched by our company and is used in today's world The third generation laser marking system developed with the most advanced laser technology in the world. The fiber laser marking machine is mainly composed of a complete set of imported pulse fiber lasers, imported high-speed scanning galvanometers and beam expansion focusing systems, industrial control cabinets, special software and computers. Equipped with a two-dimensional workbench, marble machine countertop, and electric lifting device for the marking head.
The high-end precision fiber laser marking machine uses a fiber laser to output laser, which is focused on the working surface through a high-speed galvanometer scanner and a lens to form a high-power density (approximately /) light spot on its surface to perform photochemical reactions and promote work. The material undergoes mass reversal, and by releasing the laser, the laser energy is amplified, shaped and focused to form a usable material. The high-speed melting and gasification forms a dent of a certain depth, thereby marking clear, standardized and beautiful marks on the workpiece. The marking is all done under computer control.
The high-end precision fiber laser marking machine has higher photoelectric conversion efficiency, close to the ideal beam, high laser repetition frequency, faster marking speed, and no distortion at high speed. It is ~ times that of the traditional first-generation lamp-pumped marking machine and the second-generation semiconductor marking machine. It adopts air-cooling method, no high voltage, no need for huge water-cooling system, low power consumption (only about 10%), and the laser size is smaller (about **).
Fiber lasers have an ultra-long operating life, are maintenance-free for life, and have extremely low subsequent use costs. They have high efficiency, reliability and superiority that other lasers do not have. Fiber laser marking machines are extremely competitive. Metal materials and some non-metallic materials can be engraved, mainly used in fields that require high depth, smoothness, and fineness. They are widely used in integrated circuit chips, bitmap marking, computer accessories, mobile phones, clocks, molds, and industrial bearings. , precision instruments, electronic and communication products, aerospace components, various auto parts, home appliances, hardware tools, molds, wires and cables, food packaging, jewelry, tobacco and military and other fields, marking graphics and text, as well as mass production lines Operation.
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Main features
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Air cooling device, smaller size, maintenance-free for life.
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Low cost and suitable for harsh environments.
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Excellent beam quality, high efficiency, long service life, low power consumption, more energy-saving and environmentally friendly.
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The marking is clearer and more beautiful, and has irreplaceable advantages in fields with high requirements for depth, smoothness, and fineness (such as the mold industry and bitmap marking industry).
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Industry applications are suitable for all metal materials and most non-metallic materials
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Various precision parts, clutches, piston rings, steel pipes, steel plates, gears in the machinery industry , shafts, etc.
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Electronic components, electronic and communication products,
capacitors,
inductors, circuit boards, integrated circuits, chips, keyboards, wires and cables, etc.
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Instrument control panels, clocks, hardware tools, measuring tools, medical equipment, aerospace parts
*
Product packaging household appliances, clothing, stationery, gifts, display boards, labels and signs, cosmetics, Food, various spray paint products, beverages, tobacco and alcohol, etc.
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Other industries tableware, food, gold, jewelry, handicrafts, ceramics, building materials, sanitary ware, office supplies, etc.
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Main technical parameters
Equipment model
Type
Type
Type
Rated laser output power



Complete machine Power
＜
＜
＜
Laser service life
﹥
, hours
Laser type
Pulsed fiber laser
Standard marking format

Marking format (optional)
//
Or customized according to customer requirements
Marking depth
.～
(adjustable depending on the material)
.~
(adjustable depending on the material)
.~
(adjustable depending on the material)

Marking Speed
/ in English or numbers is
~pieces/second)
/ in English or numbers is
～pieces/second)
/ in English or numbers is< br/>～pieces/second)
Marking accuracy



Positioning accuracy

Minimum character

Minimum line width
.~
Minimum spot diameter
Worktable travel

(
Optional)
Marking positioning method
/> Red light indicates positioning
Modulation frequency
Laser working medium
Ytterbium-doped fiber
Laser wavelength

Laser repetition frequency

Power requirements
/ / or / /
Laser continuous working time
Laser safety
Modulation frequency too low protection, over-temperature protection
Cooling method
Built-in air cooling
Control interface
Standard
Dimensions
(length, width and height)
Control system
China Optics Valley Laser Professional Software
File Support formats
, ,
etc