industry news

  • Mastering the Lathe: Eight Essential Techniques Revealed

    Mastering the Lathe: Eight Essential Techniques Revealed

    1. Cleverly obtain tiny amounts of food and use trigonometric functions cleverly   Acquire small amounts of food with ingenuity and apply trigonometric functions effectively.During the turning process, workpieces with inner and outer circles requiring high accuracy are frequently processed. ...
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  • Cutting-edge Methods and Skillful Applications to Prevent Aluminum Part Deformation

    Cutting-edge Methods and Skillful Applications to Prevent Aluminum Part Deformation

    Numerous factors contribute to the distortion of aluminum components during the manufacturing process, including material properties, part geometry, and production parameters. The primary factors encompass internal stress within the raw material, distortion resulting from machining forces and he...
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  • Critical Requisites for Machinery Blueprints

    Critical Requisites for Machinery Blueprints

    The Technical Requirements for mechanical drawings compiled by the Anebon team covers the following basic requirements directory: 1. General technical requirements 2. Heat treatment requirement 3. Tolerance requirement 4. Part Angle 5. Assembly requirement 6. Casting requirement 7. Coating requir...
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  • Comprehensive Guide to Stainless Steel

    Comprehensive Guide to Stainless Steel

    Stainless steel is a popular choice for making instruments. Learning about stainless steel can help instrument users become more adept at selecting and using instruments effectively.   Stainless steel, often abbreviated as SS, is able to withstand exposure to air, steam, water, and other mil...
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  • From Entry-Level to Expert: Unpacking the Skills Expected of Mechanical Designers

    From Entry-Level to Expert: Unpacking the Skills Expected of Mechanical Designers

    What are the basic abilities that a qualified mechanical designer should possess? To be a good mechanical designer, you need to have a bunch of skills, like: 1. Being really good at using CAD software and other design tools 2. Knowing a lot about engineering principles 3. Being able to make re...
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  • The art of boosting machine tool accuracy with backlash and pitch compensation

    The art of boosting machine tool accuracy with backlash and pitch compensation

    The efficiency of CNC machine tool equipment is closely tied to its accuracy, making it a key priority for companies when procuring or developing such tools. However, the accuracy of most new machine tools often falls short of the required standards upon leaving the factory. Additionally, the occ...
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  • Reasonable induction and derived knowledge of thread standards

    Reasonable induction and derived knowledge of thread standards

    How much do you know about machined threads?       In the realm of machining, “threads” typically refer to the helical ridges and valleys on the surface of a cylindrical part, which enable it to be connected with another part or be used to transmit motion or power. The definitions and...
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  • Assess your mechanical drawing skills: Is your expertise in the machinery industry top-notch or in need of improvement?

    Assess your mechanical drawing skills: Is your expertise in the machinery industry top-notch or in need of improvement?

    Mechanics is a rigorous and practical subject As far as the drawings are concerned, you can’t go wrong.If there is a mistake in one place, the actual application will be completely wrong.test youCan you see the error in this diagram? Types of mechanical drawing       There are several types of m...
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  • Extensive Expertise in Machining Precision and Tailored Implementation

    Extensive Expertise in Machining Precision and Tailored Implementation

    Do you know which fields require higher precision for machined parts? Aerospace:       Aerospace industry parts like turbine blades or aircraft components need to be machined with high precision, and within tight tolerances. This is done to ensure performance and safety. A jet engine blade, for e...
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  • Fine-tuning Tool Geometry for Precision Cuts | Practical Machining Scenarios Explored

    Fine-tuning Tool Geometry for Precision Cuts | Practical Machining Scenarios Explored

    Turning Tool       The most common tool in metal cutting is the turning tool. Turning tools are used to cut outer circles, holes in the center, threads, grooves, teeth, and other shapes on lathes. Its main types are shown in Figure 3-18.     Figure 3-18 Main types of turning tools 1. 10—End turni...
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  • Enhance Product Quality with Effective Burr Removal Methods

    Enhance Product Quality with Effective Burr Removal Methods

    Why should we deburr processed products? Safety: Burrs may create sharp edges and protrusions, which can pose a risk to workers as well as end users. Quality: By removing burrs, you can improve the quality and appearance of your product.   Functionality: Burrs can affect the performance of compon...
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  • Dimensioning: The Key to Decoding Complex Machining Drawings in Mechanical Design

    Dimensioning: The Key to Decoding Complex Machining Drawings in Mechanical Design

    What do you know about the dimensioning details in mechanical design that need to be paid attention to?   Dimensions of the overall product:       They are the dimensions which define the overall shape and size of an object. These dimensions are usually represented as numerical values in the...
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