TORUI Products

Other Forged Components

Short Description:

Material: Carbon steel SAE1035, SAE 1045, CM490 Precision: ±0.01mm Production process 1. Our R&D personnel are responsible for the development of new products according to customer needs, as well as the development and customization of various mechanical components. 2. Mold-making process: CAD design, CAM, UG, SOLIDWORKS modeling, CNC processing. The molds are made of a special die steel, which has excellent performance in precision, fatigue resistance and wear resistance, ensuring custom...


  • FOB Price: US $0.5 - 9,999 / Piece
  • Min.Order Quantity: 100 Piece/Pieces
  • Supply Ability: 10000 Piece/Pieces per Month
  • Product Detail

    Product Tags

    Material: Carbon steel SAE1035, SAE 1045, CM490

    Precision: ±0.01mm

    Production process
    1. Our R&D personnel are responsible for the development of new products according to customer needs, as well as the development and customization of various mechanical components.

    2. Mold-making process: CAD design, CAM, UG, SOLIDWORKS modeling, CNC processing.
    The molds are made of a special die steel, which has excellent performance in precision, fatigue resistance and wear resistance, ensuring customers receive reliable, high quality products.

    3. After a series of processes covering heating, open die forging, sheet stamping, die cutting, and rectification, the raw material is turned into the forged blanks for torsion arms, and finally, a final product is created through heat treating and machining.

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    Open die forging
    Open die forging uses a friction welding machine for product processing during which the basic geometric shape of the forged product is achieved, and the internal structure (mechanical performance) is improved after a hammering process.

     

    Sheet stamping
    Uses the metal blanks to achieve the basic product shape according to design requirements.

     

    Die cutting
    Cutting burr of the forged blanks through a die cutting.

     

    Rectification
    Rectification uses a height Vernier caliper to determine that the processed ends are the correct size, with a measuring precision of 0.02mm. Necessary testing equipment includes the following: Coordinate measuring machine, Vernier caliper, outside micrometer, circular tester and more.


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