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Application of laser cutting machines in different industries and case analysis reports

Release time:

Dec 20,2023

As an efficient and high-precision processing equipment, laser cutting machines have been widely used in different industries. This article will introduce the application of laser cutting machines in different industries, and explore its application effects and values ​​in different industries through case analysis.


As an efficient and high-precision processing equipment, laser cutting machines have been widely used in different industries. This article will introduce the application of laser cutting machines in different industries, and explore its application effects and values ​​in different industries through case analysis. 1. Application of laser cutting machines in different industries Metal processing industry In the metal processing industry, laser cutting machines are mainly used to cut various metal materials, such as steel, aluminum, copper, etc. Through high-precision laser cutting, high-precision cutting edges and surface quality can be obtained, which improves the quality and production efficiency of products. Automobile manufacturing industry In the automobile manufacturing industry, laser cutting machines are mainly used to cut various automotive parts, such as doors, windows, frames, etc. Through high-precision laser cutting, high-precision cutting edges and surface quality can be obtained, which improves the precision and production efficiency of automotive parts. Electronic manufacturing industry In the electronic manufacturing industry, laser cutting machines are mainly used to cut various electronic components, such as circuit boards, electronic components, etc. Through high-precision laser cutting, high-precision cutting edges and surface quality can be obtained, which improves the precision and production efficiency of electronic components. Other manufacturing industries In addition to the above three industries, laser cutting machines have also been widely used in other manufacturing industries, such as construction, textile, papermaking, etc. Through high-precision laser cutting, high-precision cutting edges and surface quality can be obtained, which improves the quality and production efficiency of products. 2. Case analysis of laser cutting machines in different industries Metal processing industry case A metal processing company uses a laser cutting machine to cut steel. Through high-precision laser cutting, it obtains high-precision cutting edges and surface quality, which improves the quality and production efficiency of products. At the same time, the laser cutting machine has a high degree of automation, which reduces the time and cost of manual operation. Automobile manufacturing industry case A certain automobile manufacturing company uses a laser cutting machine to cut automobile parts. Through high-precision laser cutting, it obtains high-precision cutting edges and surface quality, which improves the precision and production efficiency of automobile parts. At the same time, the laser cutting machine has a fast processing speed and improves production efficiency. Electronic manufacturing industry case A certain electronic manufacturing company uses a laser cutting machine to cut electronic components. Through high-precision laser cutting, it obtains high-precision cutting edges and surface quality, which improves the precision and production efficiency of electronic components. At the same time, the laser cutting machine has high processing accuracy and reduces the scrap rate. 3. Conclusion and Suggestions From the above analysis, it can be seen that laser cutting machines have been widely used in different industries and have achieved good application results. In order to better play the advantages and application potential of laser cutting machines, it is recommended that enterprises strengthen their work in the following aspects: Strengthen technology research and development and innovation to improve the performance and quality of laser cutting machines; Strengthen market promotion and brand building to improve product visibility and reputation; Strengthen after-sales service and technical support to improve customer satisfaction and loyalty.


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Properties of Metals

Sand mold cutting has a wide range of adaptability, and can be used for small and large pieces, simple and complex pieces, single pieces and large batches. Sand molds are more refractory than metal molds, so materials with higher melting points such as copper alloys and ferrous metals also use this process.

Processing and inspection

Metal cutting types and molding methods are usually divided into: Ordinary sand cutting, including wet sand, dry sand and chemical hardening sand.

When using metal cutting, the following factors must be considered comprehensively

In ancient times, China, India, Babylon, Egypt, Greece and Rome had already cut weapons, sacrificial vessels, artworks and household appliances. Early castings were made of gold, silver, copper and their alloys. The Bronze Age was a glorious page in the history of human civilization; later, cast iron parts appeared.