Fiber laser marking machine is very popular in the sales market. Compared with traditional mechanical equipment manual engraving, organic chemical etching, ink printing, printing ink copying and other methods, it can be reduced, flexible, and can be manipulated by computer software.
With the rapid development of high-tech technology, many customers know that laser engraving machine, as a laser engraving machine at this stage, can very well improve the high efficiency and quality of work. Because the fiber laser marking machine is small in size, convenient in actual operation, maintenance-free and its long service life, high reliability and other advantages, and the price of machinery and equipment has also fallen sharply, the need to integrate the development trend of manufacturing has gradually replaced the sales market. On other metal materials laser marking machines and equipment. The fiber laser marking machine has marking accuracy, does not need to touch the surface of the production and processing object, the marking is not easy to be rubbed for a long time, the production and processing are efficient, and it also has the characteristics of anti-counterfeiting markings, and its unique production and processing characteristics are all traditional style screen printing inks It cannot be maintained by its pad printer.
In terms of function, the fiber laser marking machine can maintain: aluminum oxide blackening, metal material blanking, metal material blackening, and fiber laser marking machine can be well integrated with the production line.
What general power does the machine have?
There are 20W 30W 50W fiber laser marking machines, which are all common models. The price of laser cutting plotter with different output power is different, and the relative output power cost will happen.
From the raw material point of view: the optical fiber marking machine has great advantages for laser marking of mandatory, ductile, and dark brown raw materials. In other words, this kind of metal composite material, part of its plastic and other special non-metal materials, can be marked by optical fiber marking machines.
From the manufacturing industry, fiber laser marking machine is generally applicable to integrated circuit boards, computer accessories, industrial production rolling bearings, clocks, electronic devices and communication equipment, aerospace components, various auto parts, household appliances, hardware tools, abrasive tools , Cables and wires, food packaging materials, accessories, cigarettes, and many other industry graphics and text logos, and a large number of production lines.
So how to choose a cost-effective fiber laser marking machine?
- Choose laser cutting equipment according to the requirements of the products to be produced and processed. The different application methods of laser cutting equipment can probably also be distinguished into manual engraving, laser cutting and laser marking of samples, most of which are dedicated machines, and some have various functions, which are selected according to the key requirements.
- Consider laser marking on a certain material. According to the difference caused by the laser, the laser cutting plotter has various types such as fiber line, YAG and CO2. For metal products or non-metal material products, customers should choose the appropriate type of laser engraving machine.
Fiber laser marking machine is suitable for manufacturing industries such as integrated circuit boards, computer accessories, industrial production rolling bearings, clocks, electronic devices and communication equipment, aerospace components, various auto parts, household appliances, hardware tools, etc.
The carbon dioxide laser engraving machine can be laser marked with a small amount of non-metallic materials, such as paper packaging, plastic products, self-adhesive stickers, leather product fabrics, laminated glass porcelain, resin plastic, bamboo crafts, PCB boards, etc.
The green laser engraving machine is suitable for hand-engraving the surface and interior of laminated glass and crystal products, such as mobile phone screens, LCD screens, electronic optical components, automobile windshields, etc.
- Choose appropriate equipment width according to the specifications of the products to be produced and processed. Regarding the choice of laser engraving width and size, it is not that the wider range of the equipment is better. It is that the average laser output of some poor-quality mechanical equipment at various points on the large surface is not stable, which causes the laser-marked products on the same cabinet counter to be inconsistent. Therefore, it is appropriate to choose a moderate width. .
