Laser engraving and cutting technology can be analogized to a printer. We usually use a computer to print on paper through a printer and then print out the desired copy in a specified format and text range. Laser engraving and cutting is based on the same principle.handheld laser marking machine It supports a wide range of file formats such as PLT, BMP, DXF, DST, T100 and many others. These files are processed and transferred to the computer system of the laser engraver. The laser engraving machine can easily follow the material graphics for engraving imaging and trimming according to the design requirements.

With the wide application and continuous development and progress of laser technology, laser engraving and cutting machines have been well recognized in various industries and have promoted the rapid development of the processing industry.

The laser engraving process is characterized by non-contact processing, effectively avoiding the problem of mechanical extrusion and deformation of the workpiece.little pecker laser engraver The high energy density laser locally irradiates the workpiece, causing the surface material to evaporate quickly, thus achieving the effect of engraving and cutting. Due to the excellent quality and small size of the laser beam, the heat-affected area is also small, realizing the fine processing technology. This technology completely replaces and surpasses traditional processing methods such as etching, wire cutting and welding.

In the future, laser engraving and cutting machine technology will continue to improve. However, many companies will lag far behind due to the high cost and investment of laser manufacturing systems. In order to spread and apply laser manufacturing technology more widely and to address the highest-cost laser manufacturing technology levels, we must first increase efficiency, reduce consumption, shorten processes, improve beam quality, improve performance, digitize and develop smarter and lower-cost methods. This will maximize China's large-scale industrial laser manufacturing equipment that is currently completely dependent on imports. It will also form a new generation of laser manufacturing industry chain in China.

In order to realize this goal, we can take the following measures:

1. Improve production efficiency: optimize the production process, reduce unnecessary links and waste, and improve the utilization rate of equipment and production efficiency.

2. Reduce consumption: Research and develop new laser parts and materials to improve the life and stability of lasers and reduce energy consumption and the use of consumables.

3. shorten the process: through the application of automation and intelligent technology, realize the automatic control and optimized scheduling of the production process, so as to shorten the manufacturing cycle of products.

4. Improve beam quality: Improve the design and manufacturing process of lasers to improve the focusing quality and stability of the beam to enhance processing effect and precision.

5. Improvement of performance: Strengthen the performance research and development of lasers, and improve their output power, speed and resolution and other key performance indicators to meet the needs of different applications.

6. Digital development: introduce advanced digital technology and software systems to realize intelligent control and management of laser engraving and cutting machines, and improve production efficiency and product quality.

7. Cost reduction: through technological innovation and the play of scale economy effect, reduce the cost of lasers and equipments so as to make them more adaptable to the market demand and economic conditions.

8. Cultivate talents: Strengthen the training of talents in the field of laser technology and engineering, and improve the comprehensive quality and innovation ability of technicians in order to promote the development of laser manufacturing technology.

Through the implementation of the above measures, we can further promote the progress and development of laser engraving and cutting machine technology, so that it can be applied in a wider range of fields and promote the upgrading and development of China's manufacturing industry. At the same time, this will also create more employment opportunities and economic value for China and enhance the country's competitiveness in the global laser manufacturing industry.

精選文章:

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