High-Speed Cutting Breakthrough: Revolutionizing Precision Mold Processing
In recent years, led by the development of science and technology, various technologies have been constantly innovated
In recent years, led by the development of science and technology, various technologies have been constantly innovated
Although modern enterprises use a large number of high-precision disposable tools
304 stainless steel exhibits strong plasticity and high toughness, which raise cutting resistance and complicate machining.
Mold manufacturing plays an indispensable and crucial role in industrial production. The quality of mold manufacturing directly impacts the final performance of products and significantly influences their competitiveness in the market.
In July 2019, Tesla published the patent titled ‘MULTI-BODY Integrated Casting Machine and Automotive Frame-Related Casting Method.’
The rapid development of modern industry has raised higher requirements for the performance and appearance of products, leading to the widespread application of free-form surfaces in aerospace, shipbuilding, automotive, energy, defense, and other industries
Shafts are one of the most commonly used parts of machines.
Their main function is to support the transmission parts (gears, pulleys, clutches, etc.), transmit torque and carry loads.
Accompanied by the development of global manufacturing industry and the rapid change of intelligent manufacturing technology, the traditional manufacturing mode is encountering fundamental remodeling.
Table of Contents With the rapid development of manufacturing technology, the rapid popularization of CNC machine tools and the continuous improvement of user requirements, the machining process of mechanical products and machining requirements have also put forward higher requirements. As shown in Figure 1a, Figure 1b mechanical parts, small diameter
Table of Contents Introductory The influence of the surface roughness of a part on its use performance is multifaceted. Therefore, in the selection of surface roughness parameters, should be able to fully and reasonably reflect the real situation of the surface micro-geometry. For most surfaces, evaluators generally use only the
Table of Contents Usually contains more than 12% chromium or nickel content of more than 8% of the alloy steel called stainless steel. More Cr and Ni improve stainless steel’s properties, boosting corrosion resistance and strength above 450 ℃. Therefore, many industries widely use it in aerospace, chemical, petroleum, construction, food