2019-06-17

Discuss the classification of CNC machining and the meanings of program letters.


CNC machining refers to the manufacturing process in which computer-controlled CNC lathes are used to produce parts and components. The internal structure of a CNC lathe is akin to that of an intelligent robot—it must work in conjunction with specialized software applications and strictly follow all instructions provided. Specifically, CNC machining involves removing excess material from raw stock to give it the desired shape—such as round or rectangular forms. In traditional methods, these machines were operated by skilled technicians who physically handled the equipment. Most jobs require highly precise machining, so operators must possess sufficient expertise to carry out fine mechanical processing. In CNC machining...

2019-06-17

Wofu Hardware teaches you: What is the price for CNC machining in Dongguan?


I wonder if you’re curious about how parts are manufactured. According to current industry statistics, the vast majority of parts on the market today are produced using CNC machining. As technology continues to advance, the precision of CNC-machined parts is steadily improving. At this point, many customers may ask: What’s the price of CNC machining? Is CNC machining expensive? Actually, the price of CNC machining isn’t fixed—it’s determined by a wide variety of factors. Next, Wofu Hardware will provide you with a detailed explanation of the key factors that influence CNC machining prices.

2019-06-24

A Brief Introduction to the Four Major Processes in Automotive Parts Manufacturing


As we all know, every car consists of a large number of components, and different components play distinct roles. Each component is shaped through various automotive parts manufacturing processes before being assembled into the vehicle. Today, Wofu will provide you with a detailed introduction to four common automotive parts manufacturing processes.

2019-06-24

Let’s talk about the basic process for developing suppliers when selecting automotive parts and components.


Although the automotive industry is currently booming—and most automotive companies are either foreign-owned or joint ventures with relatively timely payments—it has become a coveted target for many small and medium-sized enterprises in China. However, many companies are puzzled about how to enter this industry and what it actually requires. This article provides a brief introduction to the process. While each company may have slight variations in its specific procedures, the overall workflow remains broadly similar, as all these companies base their operations on the TS16949 quality standard. This process is notably more rigorous and complex than that of typical companies. In general, an increasing number of companies now require TS16949 certification; thus, TS16949 will become...

2019-06-25

The advantages of China's hardware CNC lathe machining tools


Users of CNC lathes for metalworking should select the appropriate cutting speed based on factors such as the material being machined, its hardness, cutting conditions, material type, feed rate, and depth of cut. The most suitable machining conditions are determined by taking these factors into account; under such conditions, regular and stable tool wear leading to a predictable tool life is considered ideal.

2019-06-25

What are the characteristics of hardware CNC lathe machining in Dongguan?


For a member of a hardware enterprise, it would be a joke not to understand how hardware parts are actually produced. Now, let’s have Wo Fu Hardware’s editor prove that this is no joke: 1. High production efficiency. CNC lathe machining allows multiple surfaces to be processed in a single clamping operation. Typically, only the first part is inspected, which eliminates many intermediate steps—such as marking and dimension checking—that are usually required in conventional lathe machining. This reduces auxiliary time. Moreover, since CNC-machined parts exhibit stable quality, it simplifies subsequent processes, significantly boosting overall efficiency.

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