Company News

• Application of CNC machining technology in automotive industry

  2024 / 04 / 25

  CNC Machining Services CNC Machining Turning Parts Lathe Processing Services CNC milling, CNC turning, sheet metal is widely used in the automotive industry, covering a wide range of component production from engine parts to body and interior parts CNC machining of engine components: CNC machining technology is used to manufacture many important parts of an engine, such as pistons, cylinder heads and camshafts. These components need to be machined with high precision to ensure optimal electrical performance and reliability. For example, a large cylinder block made of aluminum alloy can be converted into an engine block by CNC machining, which is the metal frame of the engine cylinder that allows the piston to move and change position. CNC machining technology is also commonly used to produce cylinder heads, which are the vehicle components that surround the cylinder block

• The 13th China CNC Machine Tool exhibition and the future development of CNC machining industry

  2024 / 04 / 18

  The 13th China CNC Machine Tool Exhibition (CCMT2024). The exhibition, held in Shanghai in April 2024, attracted nearly 2,000 machine tool companies from 28 countries and regions, including well-known machine tool companies from Germany, Japan, Switzerland, the United States and other countries. The theme of the exhibition is "Focus - Digital? The Internet? "Smart Manufacturing" showcases the latest achievements in digital solutions, automation technology applications, and efficient processing technologies China CNC Machine Tool Exhibition (CCMT) was founded in Shanghai in 2000 and has been successfully held for ten consecutive sessions. In April 2018, the 10th China CNC Machine Tool Exhibition (CCMT2018) was held in a total of 1233 exhibitors from 23 countries and regions, with an exhibition area of 120,000 square meters, 707 exhibitors in the domestic exhibition area, 526 exhibitors in the overseas exhibition area, and the number of overseas exhibitors accounted for 42.7%. A total of machine tool associations and trade promotion organizations from 10 countries and regions such as Germany, the United States, Switzerland, Italy and South Korea organized delegations to participate in the exhibition, and the total number of participants reached 126,000, an increase of 19.7%. The total number of visitors reached 171,000, an increase of 17.5% Exhibits: Metal cutting machine tools; Metal forming machine; Special processing machine tools, laser processing equipment, additive manufacturing and special equipment; Manufacturing units/systems, industrial robots and automation equipment; Casting, heat treatment, injection

• What are the processing technologies for advanced metal materials?

  2024 / 04 / 01

  Advanced manufacturing technology is an important cornerstone supporting the fourth global industrial revolution. Currently, China is focusing on promoting the strategic arrangement of achieving socialist modernization by 2035. Entering the forefront of innovative countries is the strategic goal of socialist modernization, and breaking through key core technologies is the fundamental requirement for entering the forefront of innovative countries. Accelerating the development of advanced manufacturing technology is an important action in tackling key core technologies.Advanced metal material preparation and processing technology is an important direction of industrial development today. Although China has achieved certain results in advanced metal material preparation and processing technology, technological innovation is still needed. In today's industrial environment, the application prospects of advanced metal material preparation and processing technology are broad, which can greatly improve processing quality and product quality. It is a prerequisite for establishing a brand and will greatly promote the transformation from Made in China to Intelligent Manufacturing in China.1、 Additive manufacturing technology.Additive manufacturing is a manufacturing technology that integrates computer-aided design, material processing, and forming technology, and then uses customized materials to stack and solidify digital model files layer by layer through software and CNC systems to manufacture physical products. That is to say, with just one idea, data file, and corresponding materials, direct conversion from idea to ent