Year1
- 10W：
- 150mm
- 20w：
- 150/180mm
- 30w：
- 210mm/300mm
Equipment introduction:
The fiber laser marking machine is the third generation laser marking machine system. It uses the world's advanced laser technology. The fiber laser marking machine uses fiber laser to output laser electro-optical conversion efficiency and high beam quality. It is good, small in size, and maintenance-free. The laser wavelength has good stability, high pulse frequency, uniform engraving lines, fine patterns, and strong ability to engrave depth. The fiber laser uses a high-power multi-mode laser diode as the pump source. The mirror-doped double-clad fiber is used as the laser medium. The beam is transmitted through the optical fiber and the scanning lens controls the high-speed movement of the beam (the speed is more than three times that of the traditional marking machine) to process Exquisite patterns
Application scope:
Widely used in integrated circuit chips, emblem electronics, computer accessories, industrial bearings, clocks, sanitary ware, electronic and communication products, various auto parts, home appliances, hardware tools, Graphic and text marking and mass production line operations in many fields such as molds, wires and cables, food packaging, jewelry, medical equipment, tobacco, etc.
With the improvement of technological level, different eras have different standards. Judging from the current process level of precision laser processing of laser marking machines, ultra-precision laser processing generally refers to laser processing with processing accuracy and surface r value. It also includes ultra-precision laser processing with processing dimensions in the micron range. With the development of high-precision laser marking machines, especially the development of many high-tech laser marking machines, the market demand for ultra-precision laser processing is showing a rapid growth trend. Applicable to fields with high requirements for depth, smoothness, and fineness, such as watches, mold industries, bitmap marking, etc. Acceptable fonts and file formats: All fonts/fonts in the D operating system font library (including languages/texts from various countries) barcode, etc.) and other grayscale image files and vector graphic files in D/ format.
Six major functions:
, small size, long semiconductor module life (10,000 hours), low power consumption, high beam quality, interface, support and other operating systems
, not subject to Affected by harsh environments and temperature changes, batteries and car cigarette lighters can be used for operation during power outages. Before the emergence of fiber lasers, the laser source of laser marking systems generally used continuous or pulse lasers and lasers as light sources. Compared with traditional laser light sources, fiber lasers have superior performance. The divergence angle is that of semiconductor pump lasers (more suitable for precision and fine marking machine industries). The electro-optical conversion efficiency is that of flash lamp pumped solid-state laser marking machines. Its average working efficiency can reach 10,000 hours
The fiber laser is completely air-cooled and does not require a refrigerator, cooling water pipe, temperature controller and other ancillary equipment. The size is reduced and the energy consumption is reduced. The user's cost of use is much lower than that of the marking system using traditional laser light sources.
, Fiber laser pulse-repetition frequency operation-average power output fiber laser finished product has a volume of only ** weight because the laser diode is a voltage-operated fiber machine. The electro-optical efficiency of the optical fiber machine is as high as %. The driving power supply can be used in a power outage. The power supply supports power consumption only
Detailed parameters:
Maximum laser power
Laser wavelength:
Beam quality:
Laser repetition frequency
Marking range/
Engraving line speed: /
Engraving depth:
Minimum line width:
Minimum character:
Repetition accuracy:
Power demand/single phase/ /
Complete machine power consumption:
Host system size
Cooling system size
Power supply: single-phase AC
Electrical power
Outer dimensions: **
Machine weight
Focused spot diameter:
Marking speed: /optional
Marking area standard characters/second
Semiconductor module life of 10,000 hours
Computer operation System: //
Cooling method: built-in air cooling
Control interface: standard
, Pre-sales service: Before signing the contract, the company provides customers with various production process plans and technical consultation on laser equipment. Sample specimen equipment selection and other services.
, Installation and debugging: According to the contract, our company will safely transport the equipment to the installation location designated by the user within the specified time for free and send technical service engineers to install it on site. When the user's installation and debugging spare parts are basically available, the technical service engineer will complete the installation and debugging of the machine within one day for the user to try and ensure that the installation and debugging site environment is neat, clean and orderly.
After-sales training: The company provides free technical training. After installation and debugging, technical training is provided to the buyer's operators at the buyer's site or at the seller's domestic training and maintenance center until the operators can basically use the equipment normally. The main training content is as follows: < br/> Training on the use of commonly used drawing software
Training on operating procedures for switch machines
Training on the significance of panel and software control parameters and parameter selection range
Basic cleaning and maintenance of machines
Common Hardware troubleshooting
Issues that should be paid attention to during operation: In addition, it also provides users with relevant technical support for the products it produces.
The company promises:
The equipment has a free one-year warranty and the maintenance project is complete machine repair and lifetime maintenance.
Free technical consultation, software upgrade and other services.
Provide regular technical services to deal with machine anomalies.
Customer service response time is within hours. Extensive software and hardware support and services will still be provided after the warranty expires
Model features:
. Use the third generation German solid fiber laser with electro-optical conversion efficiency of up to % and excellent beam quality.
. Excellent. The beam quality creates ultra-high precision marking effect
. It adopts original German scanning head. The marking speed is more than twice that of ordinary and D semiconductor marking machines, thus saving you expensive labor wages
. Fully air-cooled, no consumables, five years maintenance-free, and low cost of use. Power saving and energy saving. The power of the whole machine is only 1. Compared with lamp pumps and semiconductor laser marking machines, it can save - 10,000 yuan in electricity bills per year
. The integrated modular design is easy to maintain and compact. Save your valuable factory space
. The mark is environmentally friendly, permanent, non-fading and meets r standards.
Applicable materials:
Metal and various non-metallic materials, high hard alloy, oxide, electroplating, coating, epoxy resin, ink, engineering plastics, etc.
Industry applications:
Plastic translucent buttons, chips, digital product components, precision machinery, jewelry, sanitary ware, measuring tools and cutting tools, watches and glasses, electrical appliances, electronic components, hardware accessories, hardware tools, mobile phones High-precision product marking such as communication components, automobile and motorcycle accessories, plastic products, medical equipment, building materials and pipes.
The demand for laser marking machines that require ultra-precision laser processing is increasing. Not only traditional semiconductor laser marking machines, fiber laser marking machines, etc., but also large-scale ultra-precision laser marking machines are widely used. Laser chip.
The precision requirements for components of laser engraving machines are increasing. For example, some product names used to be produced in single pieces or small batches for experimental products, but now require batch or even large-scale production for use in high-tech products for military and civilian use, such as silicon wafers for large-scale integrated circuits, disks, The annual demand for magnetic drums is in the millions or tens of millions.
The surface shapes that require ultra-precision laser processing are becoming more and more complex, and the accuracy requirements are getting higher and higher. Among them, there are not only planes and cylindrical surfaces, but also spherical surfaces, aspheric surfaces, paraboloids, etc. The surface shape accuracy is generally required to be controlled within % of the processing size (expressed in terms of) (expressed in terms of essentially one millionth). That is to say, when processing an outer circle with a diameter of ?, the roundness requirement must be controlled within %= . The processed surface roughness r value is between ~.
Materials requiring ultra-precision processing are becoming more and more widespread, including not only ferrous metals and non-ferrous metals, but also glass, ceramics and various semiconductor materials such as silicon, gallium arsenide, cadmium telluride crystals, etc.
Our company Located in Bao'an District, Shenzhen City, Guangdong Province. Mainly engaged in metal laser engraving machines, laser marking machines, plastic laser engraving machines, laser engraving machines, etc. The industry has been recognized by customers. The company adheres to the business philosophy of ensuring first-class quality and maintaining first-class credibility and adheres to the principle of customer first to provide quality services to our customers. Calls are welcome to discuss business!
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