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Turning Processing: Key Experiences and Methodologies

Turning is a machining process performed on a lathe, which is a crucial aspect of mechanical manufacturing. In this process, a rotating workpiece is shaped using a cutting tool called a turning tool. Lathes are primarily employed to work on components such as shafts, discs, and sleeves, which fea... Read More

What Does CNC Machining Stand For?

  CNC machining, an abbreviation for”Computer Numerical Control Machine**, represents a revolution in manufacturing that automatizes the operation of machine tools using software that is pre-programmed. This process improves precision efficiency, speed, and versatility when it comes to... Read More

What Is CNC Machining?

Content Menu >> Understanding CNC Machining>> How CNC Machining Works>> Types of CNC Machines>> Advantages of CNC Machining>> Applications of CNC Machining>> Historical Context of CNC Machining>> Comparison of CNC Machines>> Techniques in CNC Machining>> CNC Machining vs. 3D Printing>> Real-worl... Read More

Achieving Optimal Grinding Efficiency

During centerless external cylindrical grinding, the workpiece is positioned between the guide wheel and the grinding wheel. One of these wheels is used for grinding, while the other, known as the guide wheel, is responsible for transmitting motion. The lower part of the workpiece is supported by... Read More

How to accurately select surface roughness to create top-quality parts for CNC Machining?

CNC machining technology has a high degree of accuracy and precision and can produce fine parts with tolerances as small as 0.025 mm. This machining method belongs to the category of subtractive manufacturing, which means that during the machining process, the required parts are formed by removi... Read More

Example Of CNC Machining Process Design

The processing technology of CNC machine tools has many similarities with that of general machine tools, but the process regulations for processing parts on CNC machine tools are much more complicated than those for processing parts on general machine tools. Before CNC processing, the movement p... Read More

Innovations in Surface Treatment Processes for Enhanced CNC Machining Performance

 Surface treatment is to form a surface layer on the base material with different properties from the base material to meet the corrosion resistance, wear resistance, decoration, or other special functional requirements of the product. Common surface treatment methods include mechanical grinding,... Read More

Comprehensive Guide to CNC Machine Tool Classifications

There are many varieties and specifications of CNC machine tools, and the classification methods are also different. Generally, they can be classified according to the following four principles based on function and structure. 1. Classification by the control trajectory of machine tool movement ... Read More

Specifications for Cold Extrusion of Aluminum Alloy Connector Shells

The paper discusses the principles of cold extrusion, emphasizing the characteristics, process flow, and requirements for forming a connector aluminum alloy shell. By optimizing the part’s structure and establishing control requirements for the raw material’s crystal structure, the qu... Read More

Emerging Trends in Aluminum Product Processing Solutions

Aluminum is the most widely used non-ferrous metal, and its range of applications continues to expand. There are over 700,000 types of aluminum products, which cater to various industries, including construction, decoration, transportation, and aerospace. In this discussion, we will explore the p... Read More

Drill Bit Colors Explained: What Sets Them Apart?

In mechanical processing, hole processing constitutes approximately one-fifth of the overall machining activity, with drilling representing about 30% of the total hole processing. Those working on the front lines of drilling are well-acquainted with drill bits. When purchasing drill bits, you may... Read More

Expert Tips: 15 Essential Insights from a CNC Lathe Specialist

1. Get a small amount of depth by using trigonometric functions In the precision machining industry, we frequently work with components that have inner and outer circles requiring second-level precision. However, factors such as cutting heat and friction between the workpiece and the tool can lea... Read More
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