Views: 0 Author: XDLASER Publish Time: 2021-09-17 Origin: XDLASER
In the past years, may factories use traditional methods for cutting metal plates. But now, more and more factories change to 10000W fiber laser cutting machine. It is because the fiber laser has many advantages.
With the advantages of low cost, high efficiency and wide application, laser processing technology has become an important supporting technology for the transformation and upgrading of the national industry. It is the most advanced manufacturing technology in the contemporary era, representing the development trend of the future manufacturing industry. The application of WANW laser processing technology has further expanded and upgraded the application field of laser processing. With the increasing maturity of the process, 1000W fiber laser cutting machine has been widely recognized by the market. In addition, the national industrial upgrading urgently needs advanced technology to replace the traditional process. 1000w fiber laser cutting machine is a rising trend and the future has come.
According to the analysis of China's steel industry consumption, the main application industries of steel are construction, machinery, automobile and energy, followed by shipbuilding and household appliances. Most of these industries use medium and thick plates. Traditional medium and thick plates are processed by plasma cutting, flame cutting, water cutting, wire cutting and other processing methods, but there are also some problems, such as plasma can not cut small holes, poor dimensional accuracy, large thermal impact, can not cut small parts, wide slits and waste of materials; Flame cutting can only cut carbon steel, not non-ferrous metals, and the cutting speed is slow; Water cutting has great pollution to water quality; Wire cutting speed is slow and consumables are large; The wear and tear of press tools is large, and the cost of die opening is high.
Fiber laser cutting machine can make up for the shortcomings of traditional cutting methods, especially the development of 10000 watt laser cutting, which solves the limitations of previous laser cutting in thick plate cutting, and is favored by more and more end sheet metal processing users.
Let us take some samples and talk about it in details:
In addition to its unique advantages in thick plate cutting, 10000W laser equipment has an extremely powerful ability to process high-precision parts. Similarly, for the gear work piece (the parts in the following figure are taken as an example), the high temperature generated during plasma cutting will passive the sharp angle of the gear, the cutting end face is rough and not smooth, and the precision is low. The milling machine is required to finish the fillet gear into sharp angle gear for the second time; With 10000 watt laser cutting, sharp corners can be cut at one time, and the section is smooth, which can meet the high-precision requirements of aerospace, power equipment, petroleum equipment, automobile manufacturing and other industries.
For complex graphics, the traditional processing method can not be completed at one time. It needs the combination of multiple equipment and processes to process them, and the effect is often not satisfactory; The flexible laser technology can process any graphics with one equipment, and the speed and effect exceed the traditional processing methods.
Taking the figure of thick plate metal curtain wall (the work piece in the following figure as an example), the traditional processing method of 10-25mm plate thick aluminum curtain wall and window sash needs the combination of engraving machine and wire cutting. The engraving machine can not make sharp corners, the wire cutting cost is high, the efficiency is very low, and the size is limited. If 10000 watt laser processing is adopted, one equipment can be completed at one time, with high speed, low cost and good surface finish. It can also process all kinds of super large and complex patterns.
The traditional processing technology needs to use molds and cutting tools to assist in processing, which limits the processing of some graphics. If the graphics data changes, the mold needs to be made again. The mold cost is high and the modification time is long, so it can not be formed at one time; Laser processing has high flexibility, can process any graphics, can modify the product design at any time according to customer needs, and the processing quality is high.
For the small hole cutting (the workpiece in the figure below is taken as an example), the minimum diameter of the plasma cutting hole diameter can only be about equal to the thickness of the processed plate, that is, the 25mm thick steel plate can only process the hole diameter greater than or equal to 25mm; The minimum diameter of 10000 watt laser cutting aperture can reach 20% of the thickness of the processed plate, that is, 25mm thick steel plate can process 5mm aperture, and different apertures can be cut on thick plate metal at one time.
The 10000 watt laser technology researched and promoted by XDLASER not only meets the requirements of "more fast, better and more economical", but also simplifies the operation. The traditional processing method requires more people and more equipment to complete the processing demand. The 10000 watt laser processing method can be completed by one person and one equipment, which is the best representative of contemporary advanced productivity.
Welcome you to contact XDLASER for details:
info@xdlasers.com
Whatsapp: +86-15169026664
