Experience sharing on mechanical design and discussing industry trends

At this stage, under the situation of the continuous advancement of science and technology in China, China's industrial

enterprises have developed rapidly, and the corresponding industrial machinery technology has also made great progress, and the development of science and technology has become an important guarantee for the steady improvement of the efficiency of China's industrial industry. Mechanical design and manufacturing and its automation technology is an inevitable product of scientific development, which has been widely used in the field of production, on the one hand, it can improve production efficiency and capacity, on the other hand, it can well control production costs and labor intensity. The emergence of mechanical equipment instead of manual labor, so that people from heavy physical labor to be liberated, in the promotion of science and technology prosperity and development, China's machinery industry has made great achievements, especially from the application of automation technology to the field of mechanical design, the development of mechanical equipment has entered a new stage. Although China is a mechanical country, but compared with Western developed countries still have some deficiencies, so in order to better meet the development needs of enterprises, relevant institutions should increase the attention to the development of mechanical design and manufacturing and automation technology, understand its development needs and development direction, and further promote the overall improvement of mechanical manufacturing performance and intelligence.

The mechanical design and manufacturing process will involve a large number of parts and components shape, size, materials and other properties, the whole process is complex, if there is a problem need to have mature experience and theoretical knowledge to solve and support, in order to ensure the success of the assembly of the entire mechanical components, smooth production, safe and stable production; In addition, mechanical automation is an inevitable product of modern industry, it has a certain complexity and integrity, mechanical automation using sensing technology, control technology and other unmanned operation characteristics, reduce the failure of the production system, can greatly improve production efficiency and benefits. Therefore, mechanical design and its automation is not a separate discipline, but the product of the combination and penetration of multiple technical disciplines, and then we will share more information about mechanical design for your reference.

The development of mechanical equipment is to meet

people's actual production work needs, its primary design principle is to meet the functional requirements of the equipment, and the process of mechanical design is to conceive, analyze and calculate the working principle of the machinery, structure, movement and force mode, yield strength, parts material and external dimensions, lubrication methods, etc. according to the use requirements of the working process, analysis and calculation and transform into a specific description as the basis for manufacturing. Mechanical design is an important part of mechanical engineering development, the first step in machine production, and the most important factor in determining machine performance.

The main process of mechanical design is first to formulate design tasks according to customer or market needs; Then the preliminary design, including determining the working principle and basic structural form of the machinery, carrying out motion design, structural design and drawing preliminary general drawings; Then there are multiple technical confirmations, including comprehensive consideration of working performance, manufacturing cost, size and weight, maximum reliability, consumption and environmental pollution, etc., to obtain the final optimized design; Finally, the engineering drawing design confirmation, including the drawing of all engineering drawings (such as parts drawings, component assembly drawings and general assembly drawings, etc.), and the formulation of all technical documents (such as parts table, wearing parts list, instructions for use, etc.).