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  • Exploring the Difficulties in Working with Titanium Alloys

    Exploring the Difficulties in Working with Titanium Alloys

    Since the discovery of titanium in 1790, humans have been exploring its extraordinary properties for over a century. In 1910, titanium metal was first produced, but the journey toward using titanium alloys was long and challenging. It wasn’t until 1951 that industrial production became a re...
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  • Effective Application of Forming Angle Milling Cutters in Machining

    Effective Application of Forming Angle Milling Cutters in Machining

    Angle milling cutters are frequently employed in the machining of small inclined surfaces and precision components across various industries. They are particularly effective for tasks such as chamfering and deburring workpieces. The application of forming angle milling cutters can be explained th...
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  • Why Scraping is Essential for Precision Machine Tool Performance

    Why Scraping is Essential for Precision Machine Tool Performance

    When observing technicians hand-scraping at a machine tool manufacturer, one might question: “Can this technique truly enhance the surfaces produced by machines? Is human skill superior to that of machines?” If the focus is solely on aesthetics, the answer is “no.” Scrapin...
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  • Techniques for Effective Analysis of CNC Mechanical Drawings

    Techniques for Effective Analysis of CNC Mechanical Drawings

    There are five standard paper formats, each designated by a letter and a number: A0, A1, A2, A3, and A4. In the lower right corner of the drawing frame, a title bar must be included, and the text within the title bar should align with the viewing direction.   There are eight types of drawing...
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  • Improving Machining Precision for Large Structural End Face Grooves

    Improving Machining Precision for Large Structural End Face Grooves

    By combining the end-face grooving cutter with the bridge boring cutter body, a special tool for end-face grooving is designed and manufactured to replace the end milling cutter, and the end-face grooves of large structural parts are processed by boring instead of milling on the CNC double-sided ...
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  • Effective Techniques for Burr Removal in Manufacturing

    Effective Techniques for Burr Removal in Manufacturing

    Burrs are a common issue in metal processing. Regardless of the precision equipment used, burrs will form on the final product. They are excess metal remnants created on the edges of the processed material due to plastic deformation, especially in materials with good ductility or toughness.  ...
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  • Understanding the Process of Aluminum Surface Treatment

    Understanding the Process of Aluminum Surface Treatment

    Surface treatment involves using mechanical and chemical methods to create a protective layer on a product’s surface, which serves to safeguard the body. This process allows the product to reach a stable state in nature, enhances its corrosion resistance, and improves its aesthetic appeal, ...
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  • Revolutionizing Manufacturing: High Gloss Seamless Injection Molding

    Revolutionizing Manufacturing: High Gloss Seamless Injection Molding

    The key aspect of high-gloss injection molding is the mold temperature control system. Unlike general injection molding, the main difference lies in the control of mold temperature rather than the requirements for injection molding machines. The mold temperature control system for high-gloss inje...
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  • Exploring the Multifaceted Approaches to CNC Mirror Machining

    Exploring the Multifaceted Approaches to CNC Mirror Machining

    How many types of mirror machining are there in CNC machining and in the field of practical application? Turning: This process involves rotating a workpiece on a lathe while a cutting tool removes material to create a cylindrical shape. It is commonly used for creating cylindrical components such...
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  • Surface Roughness and Tolerance Class: Navigating the Critical Relationship in Quality Control

    Surface Roughness and Tolerance Class: Navigating the Critical Relationship in Quality Control

    Surface roughness is an important technical index that reflects the microgeometric errors of a part’s surface and is a key factor in assessing surface quality. The selection of surface roughness is directly linked to a product’s quality, service life, and production cost. There are th...
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  • Understanding the Applications of Quenching, Tempering, Normalizing, and Annealing

    Understanding the Applications of Quenching, Tempering, Normalizing, and Annealing

    1. Quenching 1. What is quenching?Quenching is a heat treatment process used for steel. In this process, the steel is heated to a temperature above the critical temperature Ac3 (for hypereutectoid steel) or Ac1 (for hypereutectoid steel). It is then kept at this temperature for a period of time t...
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  • Machine Tool Mastery: A Key Requirement for Mechanical Engineers

    Machine Tool Mastery: A Key Requirement for Mechanical Engineers

    A proficient mechanical process engineer must be skilled in processing equipment application and possess comprehensive knowledge of the machinery industry. A practical mechanical process engineer possesses a thorough understanding of various types of processing equipment, their applications, stru...
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