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  • Main Sheet Metal Bending Factors

    Main Sheet Metal Bending Factors

    When creating drawings for sheet metal production, several key bending factors need to be considered to ensure the manufacturability and accuracy of the final parts. Here are the main bending factors to consider when drawing for sheet metal production:   1. Bend Allowance and Bend Deduction: Calc...
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  • Why we have to creat new production drawings for sheet metal parts before manufacturing

    Why we have to creat new production drawings for sheet metal parts before manufacturing

    In sheet metal fabrication, the process of creating new production drawings, including cutting flat patterns, bending drawings, and forming drawings, is critical for the following reasons:    1. Manufacturability and Production Optimization: Design drawings may not always be directly translatable...
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  • The work experience and technical level plays a key role in precision sheet metal bending

    The work experience and technical level plays a key role in precision sheet metal bending

    The work experience and technical level of bending technical workers have a significant impact on the sheet metal bending process.  Here are some of the key areas where their expertise plays a key role:   1.Tooling Selection: Experienced bending technical workers can effectively select appropria...
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  • Precision Sheet Metal Bending

    Precision Sheet Metal Bending

    Sheet metal bending is a common manufacturing process used to create a variety of components and products.  The process involves deforming a sheet of metal by applying force to it, usually using a press brake or similar machine.  The following is an overview of the sheet metal bending process:   ...
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  • 4 different assembly methods for sheet metal parts

    4 different assembly methods for sheet metal parts

    There are a variety of assembly methods for sheet metal parts, each with its own advantages and disadvantages.  Some common assembly methods include welding, riveting, adhesive bonding, clinching. Here are more details about these sheet metal assembly methods.  1.     Welding Sheet metal welding...
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  • CNC Machining Tool Wear Navigation: Maintaining Part Accuracy in precision machining

    CNC Machining Tool Wear Navigation: Maintaining Part Accuracy in precision machining

    In the field of custom manufacturing, especially in precision sheet metal and CNC machining, the impact of tool wear on part accuracy is a key consideration that directly affects the quality of the final product. At HY Metals, we are committed to adhering to the highest quality management and pre...
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  • A quality-assured metal components manufacturer: A closer look at HY Metals’ ISO9001 journey

    A quality-assured metal components manufacturer: A closer look at HY Metals’ ISO9001 journey

    In the highly competitive world of custom manufacturing, quality management plays a key role in ensuring customer satisfaction, operational efficiency and overall business success. At HY Metals, our commitment to quality management is reflected in our ISO9001:2015 certification, which is a testam...
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  • Why choose to perform sheet metal prototyping in China?

    Why choose to perform sheet metal prototyping in China?

    The customers often choose to perform sheet metal prototyping in China for several reasons:   1.Cost-Effectiveness   Compared to the West, China is generally considered cost-effective in customizing sheet metal prototypes for the following reasons: Labor costs: China’s labor costs are generally l...
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  • Learn about Knurling for CNC turning parts

    Learn about Knurling for CNC turning parts

    What is Knurling?   Knurling is a key process for precision turned parts, providing a textured surface that enhances grip and appearance. It involves creating a pattern of straight, angular or diamond-shaped lines on the surface of a workpiece, usually using a lathe or knurling tool. The process ...
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  • Laser Marking Machine Versatility in Custom Manufacturing Production

    Laser Marking Machine Versatility in Custom Manufacturing Production

    Laser marking offers several advantages over traditional marking methods such as screen printing, stamping, and labeling.  Here are some of the main advantages of laser marking:   1. Precision and Versatility: Laser marking offers unparalleled accuracy and can engrave complex designs, logos and ...
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  • Sheet Metal Welding:How HY Metals minimize the welding distortion

    Sheet Metal Welding:How HY Metals minimize the welding distortion

    1.The importance of welding in sheet metal fabrication The welding process is very important in sheet metal manufacturing as it plays a key role in joining metal parts to create complex structures and products. Here are some points that highlight the importance of welding processes in sheet metal...
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  • Minimize the visibility of the suspension points for aluminum anodizing

    Minimize the visibility of the suspension points for aluminum anodizing

     Anodizing aluminum parts is a common surface treatment that enhances their corrosion resistance, durability, and aesthetics. In our sheet metal and CNC machining production practice, there are lots of aluminum parts need to be anodized, both aluminum sheet metal parts and aluminum CNC machined p...
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