With the continuous development of modern industry, sheet metal processing industry plays an increasingly important role in our lives. Almost all sheet metal processing is involved in many manufacturing industries, such as machinery manufacturing, communications and electronics, automotive, shipbuilding, aerospace, kitchen and bathroom. With the rise and development of these industries, the demand for sheet metal processing will also continue to increase. It is predicted that the market size of China's sheet metal processing industry will reach 4.4 trillion yuan in 2023, a year-on-year growth of 7.3%.
Sheet metal processing involves a number of comprehensive processing techniques, but none of them can be separated from cutting and discharging. Most of the traditional sheet metal cutting uses plasma cutting, flame cutting, shearing machine, punching machine, etc. With the introduction and promotion of laser processing technology, laser cutting is gradually replacing the traditional cutting methods with the advantages of high efficiency, high quality, high precision, one-shot molding, and having flexibility.
At present, China's manufacturing industry is in an important period of structural adjustment and industrial upgrading and transformation. In this environment, sheet metal processing enterprises are also actively improving their competitiveness by improving the level of technology, product quality, service level, etc., which not only requires the help of advanced equipment, but also to give full play to the value of the equipment to achieve "the machine as much as possible", in order to realize the "quality, reduce costs, increase efficiency! The only way to realize "improve quality, reduce costs and increase efficiency".
Carbon steel is widely used in many industries due to its good mechanical properties, processing performance, corrosion resistance and weldability. With a wide range of applications 1-10mm carbon steel, for example, thickness less than or equal to 4mm carbon steel plate is commonly used in the manufacture of automotive panels, electrical shells, containers and other light industrial products, thickness of 5-10mm carbon steel plate is commonly used in construction and decoration, machinery manufacturing and other industries.
Although the efficiency advantage of 10,000-watt laser cutting has been widely recognized by the market and users in recent years, if all thicknesses are cut by 10,000-watt laser equipment, there will be problems such as "too much material for too little use", "waste of resources" and "slow cost recovery". "and other issues. If the plate thickness is divided into different stages, such as 1-3mm, 4-10mm, and then "choose the machine according to the material", equipped with such as 3kW laser cutting 1-3mm, 10kW laser cutting 4-10mm, may be able to achieve the optimization of efficiency, maximize the benefits.
For the market, time is efficiency, cost is revenue. To increase the enterprise output value, not only to increase the investment of manpower and equipment, but also to improve production efficiency. In today's rapid development of industrial science and technology, improve efficiency is no longer rely on "more people, more power", but by upgrading equipment to improve production efficiency, and like a reasonable division of labor team, for the equipment is good at the processing range, the reasonable allocation of processing tasks to different equipment, to achieve the optimization of the overall efficiency.
For end-users, the first thing to consider when purchasing new equipment is the input-output ratio, that is, whether the revenue can be significantly increased and whether the cost can be quickly recovered.
Processing enterprises should improve efficiency and reduce costs under the premise of ensuring quality, so as to enhance the overall economic benefits of the enterprise. Advanced processing equipment is the fundamental enterprise to improve productivity, but also need to match the process to give full play to its effectiveness and value. Traditional laser cutting of carbon steel, generally choose oxygen, and with the continuous progress and breakthroughs in high-power laser cutting process, the technical department began to break the routine, will be nitrogen, oxygen, air according to different cutting needs applied to different materials, not only can improve cutting efficiency, but also reduce the end processing costs.
This year, the equipment manufacturing industry development momentum to accumulate and grow, and continue to boost the recovery of industrial enterprise benefits, laser as one of the advanced processing technology is playing an important role in it. In order to enhance the technical level of China's laser manufacturing equipment, to promote the high-quality development of China's manufacturing industry, so that the terminal processing enterprises to realize the "quality, cost reduction, efficiency" needs, MRJ-Laser laser is also continuing to innovate technology, to develop new processes.
