CNC vertical lathe machining is a high-precision machining method that uses a CNC system to cut castings, forgings and other raw materials to produce parts of various specifications and shapes. The process flow of CNC vertical lathe processing mainly includes:
First, formulate the processing technology, processing route and tool selection plan based on the product design drawings. Then, adjust the machine tool device and tool position according to the plan, enter the cutting program, coordinates and speed parameters, and conduct commissioning and trimming. Finally, mass production is carried out, and the processed parts are inspected and quality controlled.
CNC vertical lathe processing technology has the advantages of high precision, high efficiency, high repeatability, and high degree of automation, and is widely used in automobiles, aviation, aerospace, machinery and other fields. It can not only meet the processing requirements of small batches and multiple varieties, but also fundamentally improve product quality and production efficiency, and promote the intelligent and modern development of the manufacturing industry.
Recently, a well-known aviation company has made a major breakthrough in the field of CNC vertical lathe processing. They used brand-new machine tool devices and tool materials to achieve high-precision processing of high-strength alloy steel parts, reducing residual stress and surface deformation, and greatly improving product performance and life.
This technological innovation not only gives the company an advantageous position in the market, but also takes an important step towards improving the competitiveness of domestic aviation parts in the international market. In the future, CNC vertical lathe processing technology will continue to play an important role in various manufacturing fields, promote the high-quality and efficient development of manufacturing, and assist the transformation and upgrading of China's manufacturing industry.