May. 19, 2022
With my country's goal of "carbon peaking in 2030 and carbon neutrality in 2060" and the rapid development of aerospace, military, new energy, high-end industrial new material manufacturing and other industries, the industrial manufacturing field is exploring how to achieve weight reduction Consumption increase efficiency. Carbon fiber composite materials are widely popular for their excellent properties such as high strength, high modulus, light weight, fatigue resistance, and corrosion resistance. The application scenarios are rapidly expanding, and industrial capital is constantly increasing. It is known as "black gold". Therefore, the development priority of the composite material industry is getting higher and higher, and in such a major historical change, the jump in the composite material industry to digital production has become an irresistible trend.
As large as aerospace, defense industry manufacturing, as small as sports equipment, precision electronic production is inseparable from raw material cutting. The precision of cutting pieces directly affects the quality of products. Different material properties, cutting requirements, and precision of finished products put forward strict requirements on the cutting process, while poor manual cutting precision, low efficiency and expensive material loss increase the production and operation costs of enterprises.
For a long period of time, the automatic cutting of composite materials has relied on imported equipment to complete. Foreign manufacturers occupy the market through the first-mover advantage of products and technologies.
As a pioneer of digital cutting in China, IECHO launched the first composite cutting machine in 2003, which was applied to the carbon fiber sports equipment industry, breaking the monopoly of imported equipment.